GE Healthcare
Technical Publication
Direction 2173229−100
Revision 10
AMX−4+ Schematics
(Model 2169360, 2236420 & 2275938 Series)
Copyrighte 1996, 1997, 1999, 2000, 2004 By General Electric Co.
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
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IMPORTANT! . . . X-RAY PROTECTION
X-ray equipment if not properly used may cause injury. Accordingly, the instructions herein contained should be thoroughly read and understood by everyone who will use the equipment before you attempt to place this equipment in
operation. The General Electric Company, Medical Systems Group, will be glad to assist and cooperate in placing this equipment in use.
Although this apparatus incorporates a high degree of protection against x-radiation other than the useful beam, no practical design of equipment can provide complete protection. Nor can any practical design compel the operator to take adequate precautions to
prevent the possibility of any persons carelessly exposing themselves or others to radiation.
It is important that everyone having anything to do with x-radiation be properly trained and fully acquainted with the recommendations of the National Council on Radiation Protection and Measurements as published in NCRP Reports available from NCRP
Publications, 7910 Woodmont Avenue, Room 1016, Bethesda, Maryland 20814, and of the International Commission on Radiation Protection, and take adequate steps to protect against injury.
The equipment is sold with the understanding that the General Electric Company, Medical Systems Group, its agents, and representatives have no responsibility for injury or damage which may result from improper use of the equipment.
Various protective material and devices are available. It is urged that such materials or devices be used.
CAUTION: United States Federal law restricts this device to use by or on the order of a physician.
CERTIFIED ELECTRICAL CONTRACTOR STATEMENT
All electrical installations that are preliminary to positioning of the equipment at the site prepared for the equipment shall be performed by licensed electrical contractors. In addition, electrical feeds into the Power Distribution Unit shall be
performed by licensed electrical contractors. Other connections between pieces of electrical equipment, calibrations, and testing shall be performed by qualified GE Healthcare personnel. The products involved (and the accompanying electrical
installations) are highly sophisticated, and special engineering competence is required. In performing all electrical work on these products, GE will use its own specially trained field engineers. All of GE’s electrical work on these products will
comply with the requirements of the applicable electrical codes.
The purchaser of GE equipment shall only utilize qualified personnel (i.e., GE’s field engineers, personnel of third-party service companies with equivalent training, or licensed electricians) to perform electrical servicing on the equipment.
DAMAGE IN TRANSPORTATION
DAMAGE IN TRANSPORTATION
All packages should be closely examined at time of delivery. If damage is apparent, have notation “Damage in Shipment” written on all copies of the freight or express bill before delivery is accepted or “signed for” by a General Electric
representative or a hospital receiving agent. Whether noted or concealed, damage MUST be reported to the carrier immediately upon discovery, or in any event, within 14 days after receipt, and the contents and containers held for inspection by
the carrier. A transportation company will not pay a claim for damage if an inspection is not requested within this 14−day period.
To file a report:
−
Call 1−800−548−3366 and use option 8.
−
Fill out a report on http://egems.med.ge.com/edq/home.jsp
−
Contact your local service coordinator for more information on this process
Rev. June 13, 2006
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REVISION HISTORY
Rev
0
1
2
3
4
5
6
7
8
9
10
Date
Dec 13. 1996
Mar. 7 1997
June 24 1997
Aug. 15, 1997
Apr. 12, 1999
Nov. 8, 2000
Jan. 30, 2004
Oct. 21, 2004
Mar. 26, 2008
21NOV2008
26OCT2009
Reason for Change
Initial release.
Changes to Section 2.
Added Section 16 (Relay Chassis Assembly); added 2173060SCH to Section 14; corrected 2115090sch in Section 2.
Updated schematic 2115090sch. High Impact Inspection.
Updated schematics 2115090sch, 46−232786−s.
Added 2275938 series. Updated schematics.
Added Battery Sense board 2334738.
Added new Display Control Board 2409241 and Display Board 2345236−2.
Updated Battery Sense Circuit Board figure with 2334738−2.
Updated all occurrences of Operator Manual part number 2166913−100 to new part number 2166913−1EN.
Added schematics for new boards 5350018, 5350020, 5350022, 5350024, 5350026, 5350028.
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Section 1 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1
1−1
1−2
1−3
1
1
2
Identification . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
General . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Assembly Designators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Section 2 AMX−4 Overall Wiring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
3
Section 3 Display Controller AMX1 A1 A1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
15
3−1
3−2
15
19
Display Controller AMX1 A1 A1, 46−264982G1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Display Controller AMX1 A1 A1, 2409241 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Section 4 Display AMX1 A1 A2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
30
4−1
4−2
30
34
Display AMX1 A1 A2, 46−232832G1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Display Board AMX1 A1 A2, 2345236−2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Section 5 Controller Board AMX1 A2 A1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
42
5−1
5−2
42
51
Controller Board 46−264974G2 [Prior to Q4 2009] . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Controller Board 5350022 [Starting Q4 2009] . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Section 6 Battery Charger BoardAMX1 A3 A1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
61
6−1
6−2
61
67
Battery Charger Board 46−288786G2 [Prior to Q4 2009] . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Battery Charger Board 5350026 [Starting Q4 2009] . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Section 7 Rotor Controller Board AMX1 A3 A2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
73
7−1
7−2
73
77
Rotor Controller Board 46−232786G2 [Prior to Q4 2009] . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Rotor Controller Board 5350020 [Starting Q4 2009] . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Section 8 1kHz Inverter AMX1 A4 A1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
81
8−1
8−2
81
85
1kHz Inverter Board 46−288764G1 [Prior to Q4 2009] . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1kHz Inverter Board 5350024 [Starting Q4 2009] . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Section 9 kVp/Fil Control AMX1 A4 A2, 46−264986G1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
91
Section 10 Capacitor Board AMX1 A4 A3, 46−288504G1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
97
Section 11 Drive Controller Board AMX1 A5 A1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
101
11−1
Drive Controller Board 46−232834G1 [Prior to Q4 2009] . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 101
11−2
Drive Controller Board 5350018 [Starting Q4 2009] . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 107
Section 12 Drive Power Amplifier AMX1 A5 A2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
12−1
12−2
119
Drive Power Amplifier 46−232836G2 [Prior to Q4 2009] . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 119
Drive Power Amplifier 5350028 [Starting Q4 2009] . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 125
Section 13 High Voltage Transformer AMX1 A6 A1, 46−270954G1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
133
Section 14 Hall Effect Tube Parked Sensor AMX1 A2 S1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
137
14−1
Hall Effect Tube Parked Sensor AMX1 A2 S1, 46−288962G1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 137
14−2
Hall Effect Tube Parked Sensor Board AMX1 A2 S1, 2173060 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 140
Section 15 Battery Sense Circuit AMX2 A3 A1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
15−1
141
Battery Sense Circuit AMX2 A3 A1, 46−321370G1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 141
xv
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
15−2
DIRECTION 2173229−100
Battery Sense Circuit, 2334738−2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 145
Section 16 Relay Chassis Assembly AMX1 A2 R1, 2178054 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
149
Section 17 Handswitch AMX1 2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
151
xvi
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
SECTION 1 INTRODUCTION
1−1
Identification
See Illustration 1. The AMX−4+ is identified by Model Number on the rating plate located on the top cover. Model part and catalog numbers are identified in Table 1. This direction contains schematic diagrams for these units.
TABLE 1
AMX−4+ MODELS
DESCRIPTION
PART NUMBER
CATALOG
NUMBER
PART NUMBER
CATALOG
NUMBER
DOMESTIC
2169360−7
A0659F
2236420−7 & 2275938−7
A0659JF
DOMESTIC, AEC
2169360−8
A0659FA
2236420−8 & 2275938−8
A0659JG
DOMESTIC, TECH SWITCH
2169360−9
A0659FC
2236420−9 & 2275938−9
A0659JH
DOMESTIC, AEC, TECH
SWITCH
2169360−10
A0659FB
2236420−10 & 2275938−10
A0659JJ
IEC, EMC
2169360
A0659A
2236420 & 2275938
A0659J
IEC, EMC, AEC
2169360−2
A0659AA
2236420−2 & 2275938−2
A0659JA
IEC, EMC, TECH SWITCH
2169360−3
A0659AB
2236420−3 & 2275938−3
A0659JB
IEC, EMC, AEC, TECH SWITCH
2169360−4
A0659AC
2236420−4 & 2275938−4
A0659JC
JAPAN
2169360−5
A0659C
2236420−5 & 2275938−5
A0659JD
JAPAN SHORT COLUMN
2169360−6
A0659D
2236420−6 & 2275938−6
A0659JE
ILLUSTRATION 1
AMX−4+ IDENTIFICATION
RATING
PLATE
1−2
General
The AMX−4+ contains operating safeguards providing maximum safety. Before servicing, be certain proper operating procedures are being used. Refer to Direction 2166913−1EN AMX−4+ Operation or to Direction 2166911−100
AMX−4+ International Operation for proper operating procedures.
Satisfactory equipment performance requires the use of service personnel specially trained on x−ray apparatus. The GE Medical Systems, is responsible for the effects on safety, reliability, and performance only if the following conditions are
met:
−
−
−
The electrical wiring of the relevant rooms complies with all national and local codes.
All assembly operations, extensions, re−adjustments, modifications, or repairs are carried out by GE Medical Systems, authorized service representatives.
The equipment is used in accordance with the instructions for use. Refer to Direction 2166913−1EN AMX−4+ Operation or to Direction 2166911−100 AMX−4+ International Operation for proper operating procedures.
1
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
Only trained and qualified personnel should be permitted access to the internal parts of this equipment.
1−3
Assembly Designators
ILLUSTRATION 2
ASSEMBLY DESIGNATORS
AMX1
GENERATOR
AMX3
TUBE COLUMN
AMX2
BASE
Schematics and Terminal Strips are arranged in Assembly Designator order. Assembly Designators are codes which simplify component identification. The code is a convenient shorthand which defines each assembly or component. Assembly
Designators are derived from the location of components and assemblies within a major assembly. Refer to Illustration 2 and the following list for AMX−4+ codes:
−
−
−
AMX1 Generator
>
AMX1 A1 Top Cover
>
AMX1 A2 Top Deck (under cover)
>
AMX1 A3 Left Side
>
AMX1 A4 Right Side
>
AMX1 A5 Rear
>
AMX1 A6 High Voltage Transformer
AMX2 Base
>
AMX2 A1 Rear
>
AMX2 A2 Front
>
AMX2 A3 Battery
AMX3 Column
>
AMX3 A1 Column
>
AMX3 A2 Tube Arm
>
AMX3 A3 Tube
>
AMX3 A4 Collimator
2
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
SECTION 2 AMX−4 OVERALL WIRING
MODEL 2169360 SERIES:
2169360
2169360−6
2169360−2
2169360−7
2169360−3
2169360−8
2169360−4
2169360−9
2169360−5
2169360−10
MODEL 2236420 SERIES:
2236420
2236420−6
2236420−2
2236420−7
2236420−3
2236420−8
2236420−4
2236420−9
2236420−5
2236420−10
MODEL 2275938 SERIES:
2275938
2275938−6
2275938−2
2275938−7
2275938−3
2275938−8
2275938−4
2275938−9
2275938−5
2275938−10
3
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
4
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
5
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
6
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
7
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
8
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
FOLD
CONT ON SHEET 6
2
3
4
5
6
7
FOLD
DIRECTION 2173229−100
FOLD
REV 10
8
SH NO. 5
2115090SCH
DRAWING NO.
APPLIED PRACTICES
SURFACES
46−208600
GENERAL ELECTRIC
9
UNLESS OTHERWISE SPECIFIED USE THE
FOLLOWING : −
TITLE
REV 0
TOLERANCES ON DIMENSIONS
DECIMALS
DECIMALS
ANGLES
(2 PLACES)
(3 PLACES)
+
+
+
−
−
−
2115090SCH
CONT ON SHEET 6
SH NO. 5
2115090SCH
CONT ON SHEET 6
SCHEMATIC DIAGRAM
SH NO. 5
OVERALL_SCHEMATICS_FOR_AMX_IV
FIRST MADE FOR
AMX_IV_PRODUCTIVITY
P/L ISSUED
A
FIL/KVP BOARD
AMX1A4A2
HIGH VOLTAGE TRANSFORMER
AMX1A6
X−RAY CONTROL MODULE
AMX1A4
J3
J2
3
3
LEAKAGE COMP +
LOOP FOR CURRENT CHECK
4
4
LEAKAGE COMP −
5
J7
LEAKAGE COMP FDBK +
6
1
KVP FEEDBACK +
(VIO/W)
21
2
KVP FEEDBACK −
(VIO)
LEAKAGE COMP FDBK −
B
MAS
6−B1
6−B1
7
FIL DMD +
8
FIL DMD −
J8
11
1
12
2
FILT CAP+
KVP DMD +
TO CPU
8−F1
KVP DMD −
(RED)
FILT CAP−
(WHT)
PWM E
(BLK)
PWM L
(BLK)
J3
R8
C6
3
16000uF
60V
9
3
FILAMENT FEEDBACK +
10
4
FILAMENT FEEDBACK −
C
22
X−RAY ON
PWM E
1K
2W
5
J4
1
L3
1.2 MH
1
2
2
AMX1A4
CAPACITOR
BOARD
A3
17
2 KHZ PHASE 1
19
J5
2 KHZ PHASE 2
1
15
CATHODE
L
C
XS1
FILAMENT
PWM RETURN
1
(BRN)
TO RAY TUBE
S
16 KHZ CLK
25
FILAMENT
SHORTED
XC
26
PRENEAT
2
(GRN)
PWM1
3
(ORN)
PWM RETURN 2
13
+KVP DMN FDBK
FOLD
14
XS2
−KVP DMN FDBK
D
FOLD
FILAMENT
ANODE
L
C
TO RAY TUBE
S
J1
POWER GROUND
TO LVLE
2−E5
E
1
2
+ 24 VDC
− 15 VDC
SIGNAL GROUND
4
J3
5
1
AMX1A4T2
(RED)
MA+
J2 1
(BLU)
MA+
2 (WHT)
BRASS STUD
3 (BLK)
MA−
PRIMARY VOLTS + P1
6−A7
6
+ 15 VDC
LOGIC GROUND
8
9
+ 5 VDC
2
MA−
(RED/WHT)
PRIMARY VOLTS −
P2
6−A11
J4
(YEL)
1
(BLU)
27VAC SQUARE WAVE RTN
2
27VAC SQUARE WAVE
4−C10
BLK
CHASSIS
GROUND
46−270954
F
TRIP BREAKER*
(YEL)
3−E3
J6
2
REVISIONS
PRINTS TO
404
H
MADE BY
C_DREWICZ_27JUN94
ISSUED
3
4
5
6
7
9
8
FOLD
2
FOLD
2115090SCH
FOLD
N_ZETTEL
9
APPROVALS
−
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
10
DIV OR
DEPT.
LOCATION CONT
2115090SCH
ON SHEET 6
SH NO. 5
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
3
4
5
6
7
FOLD
CONT. ON SHEET 7
2
FOLD
DIRECTION 2173229−100
FOLD
REV 10
8
SH NO.6
2115090SCH
DRAWING NO.
APPLIED PRACTICES
−
SURFACES
TITLE
REV 0
TOLERANCES ON DIMENSIONS
DECIMALS
DECIMALS
ANGLES
(2 PLACES)
(3 PLACES)
+
+
+
−
−
−
46−208600
GENERAL ELECTRIC
9
UNLESS OTHERWISE SPECIFIED USE THE
FOLLOWING : −
2115090SCH
CONT. ON SHEET 7
2115090SCH
SH NO. 6
FIRST MADE FOR
AMX_IV_PRODUCTIVITY
P/L ISSUED
X−RAY CONTROL MODULE
AMX1A4
5−F11
PRIMARY
VOLTS−
R7
K3
3
K2
6
3
3
K1
6
3
3
K3
6
K6
.25
90W
3
3
K2
K5
7 3
3
K1
K4
7
3
K6
3
K4
7
8
K5
4
8
3
K5
K6
4
8
K4
8
4
4
K4
4
K5
K6
T1
1KHZ BOARD
5
5
5
5
5
5
6
6
6
AMX1A4A1
B
2
1
J6
5−B5
1
J3
(VIO/WHT)
KVP FEEDBACK+
1
(VIO)
KVP FEEDBACK−
2
3
J4
1
J1
1KHZ PHASE 1
1KHZ PHASE 2
25
23
TAP 1
20
TAP 2
18
TAP 3
16
TAP 4
14
TAP 5
10
TAP 6
8
7
3
5
16
19
20
21
22
8
9
10
SAFETY
CONTACTOR
7
D
19
TAP 2 FEEDBACK
17
+BATT (#8AWG)(BLK)
2−A5
10uH
AK
AK
(WHT)
(WHT)
SAFETY CONTACTOR
(RED)
4−D10
(BLK)
A114B
HOLD
PULL IN
283
OHM
13.1
OHM
G (WHT)
9
A
SAFETY CONTACTOR
RTN (BLK)
K
(WHT)
G
(BLK)
K
G2
G1
(WHT)
4−D10
Q2
Q1
A114B
STOP
K (BLK)
K
(NC)
5S
K7
4F
L1
1
1
K1
300uH
T1
1
K2
5F
K3
4S
FOLD
TAP 3 FEEDBACK
15
TAP 4 FEEDBACK
13
TAP 5 FEEDBACK
9
9
8
7
2
(BRN)
2
2
2
A
(WHT)
J2
(RED)
(ORN)
12
INVERTER OK
22
K4
1N5352
250
55W
1N5062
CR19
R16
50
12W
R14
C15
C
C11
Q3
G2 (WHT)
J2
1.0
10%
200V
(WHT)
G1
(BLK)
K1
STOP
START
27K
2W
1200
10%
250V
1
K5
F
5
(RED)
2
CR18
9
7
1
R21
6
(RED)
7
1 KHZ READY
K
K
K2
(BLK)
K6
E
B
J5
6
J2
POWER GROUND
+24 VDC
−15 VDC
TO LVLE
2−E5
SIGNAL GROUND
5
1
4
2
1
(YEL)
2
1
LOGIC GROUND
2
2−A5
(VIO)
(BLK)
2−E2
4
4−D10
4−D10
5
+BATT SWITCHED
(VIO)
COM CAP CHARGE
(BLK)
COM CAP CHARGE RTN (WHT)
−BATT
(BLK)
C10
J1
1
CR20
+
400V
6A
3
80VAC
CR7
1N1186
R9
770
10%
250V
27K
2W
−
4
CR13
5
1N1186
6
R5
C12
8
R17
+5 VDC
D
E
−BATT
(#8AWG)
(BLK)
(BLU)
2−D9
+15 VDC
A
(BLK)
J5
TAP 6 FEEDBACK
2
20uF
500V
L2
(BLK)
T1
TAP 1 FEEDBACK
15
C5
1
START
13
13
14
(WHT)
G1
5
11
TO CPU
8−E1
12
17
(BLK)
3
26
STOP
6
(BLK)
G2
24
STAT
C
F
SH NO.6
OVERALL_SCHEMATICS_FOR_AMX_IV
5−E11 PRIMARY
VOLTS+
A
FOLD
CONT. ON SHEET 7
SCHEMATIC DIAGRAM
9
J2
11
(WHT)
STOP CAP
CAPACITOR
BOARD
500
12W
3
J4
27K
2W
770
10%
250V
1
AMX1A4 A3
A
REVISIONS
PRINTS TO
404
H
MADE BY
C_DREWICZ_27JUN94
ISSUED
3
4
5
6
7
10
8
FOLD
2
FOLD
2115090SCH
FOLD
N_ZETTEL
9
APPROVALS
−
−
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
10
DIV OR
DEPT.
2115090SCH
LOCATION CONT.
ON SHEET7
SH. NO. 6
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
3
4
5
6
7
FOLD
CONT ON SHEET 8
2
FOLD
DIRECTION 2173229−100
FOLD
REV 10
8
SH NO. 7
2115090SCH
DRAWING NO.
APPLIED PRACTICES
AMX1A5
SURFACES
46−208600
GENERAL ELECTRIC
9
UNLESS OTHERWISE SPECIFIED USE THE
FOLLOWING : −
TITLE
REV 0
TOLERANCES ON DIMENSIONS
DECIMALS
DECIMALS
ANGLES
(2 PLACES)
(3 PLACES)
+
+
+
−
−
−
2115090SCH
CONT ON SHEET 8
2115090SCH
CONT ON SHEET 8
SCHEMATIC DIAGRAM
SH NO. 7
OVERALL SCHEMATICS FOR AMX IV
SH NO. 7
FIRST MADE FOR
AMX4_IV_PRODUCTIVITY
P/L ISSUED
MOTOR DRIVE MODULE
A
J1
J2
LEFT DRIVE COMMAND +
B
LEFT DRIVE COMMAND −
8
RIGHT DRIVE COMMAND −
5
RIGHT DRIVE COMMAND +
6
LEFT DRIVE FEEDBACK +
3
LEFT DRIVE FEEDBACK −
4
RIGHT DRIVE FEEDBACK +
1
LOGIC GROUND
8
DRIVE CONTROL
+ 24
2
AMX1A5A1
+ 15
− 15
4
AMX2A2
J11
2
(WHT) LEFT BUMPER
1
1
LEFT STALL
14
RIGHT STALL
12
FULL SPD ENA
13
C
AMX2A2S1
(BLK) LEFT BUMPER RETURN 2
5
(WHT) RIGHT BUMPER
10
MOTOR ENABBLE
BUMPER
SIGNAL GROUND
5
BUMPER
TO LVLE
2−E5
POWER GROUND
1
6
RIGHT DRIVE FEEDBACK −
8−C1
+5
9
7
1
2
NO
C
16
DRV RESET
15
DRIVE ENA SW
17
(BLK) RIGHT BUMPER RETURN2
6
J9
AMX2A2S2
NO
3
C
(RED)
POWER OK*
3−F3
RIBBON CABLE
J10
(BLU) BRAKE RELEASE
2−A5
INTERCONNECT
J9
1
(VIO)+BATT SWITCHED
2−F2
2
1
D
LEFT
BRAKE
BRAKE REL
1
RIGHT
BRAKE
(WHT)
2
1
J1
1
E
A5K1
2
A5K2
2
A114B
A114B
J4
1
(BLU)
RIGHT POWER*
LEFT POWER*
(RED)
3
F
3
(ORN)
A5K1A
(BLK) (VIO)VM−
3
5
A5F1
A5K1B
(ORN)6
(RED) +BATT
2
2
A5F2
A5K2B
(GRN)6
(RED) +BATT
4 (YEL)
AMX2A1MTR1
3
1
A5K2A
VM−(VIO) (BLK)
5
(BLK)
1
(RED)
(BLK)
3
A5K2A
−
7
J1
10 OHM
25 WATT
A5R1
−
1
3
7
(BLU)
J 1
2−C3
8 AMP
3
A5K1A
+
LEFT
MOTOR
2−C3
4 (YEL)
8 AMP
J2
2
FOLD
AMX2A1BRK2
BRAKE REL RTN (BLK)
2
DRIVE ENB.
2−B9
(RED)
J6
J5
(BLK) BRAKE REL RTN
−BATT
(BLK)
2
FOLD
AMX2A1BRK1
2−B9
J7
AMX1A5A2
(RED) BRAKE REL
−BATT
(BLK)
1
DRIVE POWER AMP
(BLK)
VM+
J2
1
3
VM+ (BLK)
AMX2A1MTR2
+
3
(RED)
RIGHT
MOTOR
J 2
10 OHM
25 WATT
A5R2
(RED)
REVISIONS
PRINTS TO
404
H
MADE BY
C_DREWICZ_27JUN94
APPROVALS
MEDICAL SYSTEMS
ISSUED
MILWAUKEE, WISCONSIN
3
4
5
6
7
11
8
FOLD
2
FOLD
2115090SCH
FOLD
N_ZETTEL
9
10
DIV OR
DEPT.
LOCATION CONT
2115090SCH
ON SHEET 8
SH NO. 7
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
FOLD
CONT ON SHEET 9
2
3
4
5
6
7
FOLD
DIRECTION 2173229−100
FOLD
REV 10
8
SH NO. 8
2115090SCH
DRAWING NO.
APPLIED PRACTICES
SURFACES
46−208600
AMX1A2
CONTROLLER MODULE
GENERAL ELECTRIC
9
UNLESS OTHERWISE SPECIFIED USE THE
FOLLOWING : −
TITLE
REV 7
TOLERANCES ON DIMENSIONS
DECIMALS
DECIMALS
ANGLES
(2 PLACES)
(3 PLACES)
+
+
+
−
−
−
2115090SCH
CONT ON SHEET 9
SH NO. 8
2115090SCH
CONT ON SHEET 9
SCHEMATIC DIAGRAM
SH NO. 8
OVERALL SCHEMATICS FOR AMX IV
FIRST MADE FOR
AMX4 IV PRODUCTIVITY
P/L ISSUED
A
TO BATTERY CHARGER
AMX1A3A1
3−D2
3−D2
B
V−CHANGE CMND
V−CHANGE RTN
I−CHARGE CMND
I−CHARGE CMND RTN
BATTERY V & CHARGE CUR
LINE SENSE
BATTERY V & CHARGE CUR SEL
TRIP BREAKER
CHARGE RELAY*
KEY SWITCH ON
CHARGE SCALE SELECT
LOAD
CONTROL PROCESSOR
J6
J1 OPERATIONAL CONNECTIONS
1
1
AMX1A2A1
2
3
3
4
5
6
7
8
10
11
12
14
5
6
7
9
11
12
13
14
15
16
17
18
20
21
23
24
J2
RIGHT DRV FDBK +
RIGHT DRV FDBK −
LEFT DRV FDBK +
LEFT DRV FDBK −
RIGHT DRIVE CMND −
RIGHT DRV CMND +
LEFT DRV CMND +
LEFT DRV CMND −
BUMPER*
RIGHT STALL
FULL SPD ENA
LEFT STALL
DRV RESET
MOTOR ENA
DRIVE ENA SW
TO MOTOR CONTROLLER
AMX1A5A1
7−B1
C
1
2
3
4
5
6
7
8
10
12
13
14
15
16
17
TO ROTOR CONTROL
AMX1A3A2
FOLD
4−A1
4−B10
4−C2
4−F2
4−F10
4−H2
D
1
2
3
4
5
6
7
8
9
10
11
12
3
5
6
7
9
10
11
12
13
15
16
17
E
TO 1KHZ INVERTER
AMX1A4A1
6−C1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
17
18
19
21
TO DISPLAY CONTROLLER AMX1A1A1 1−F9
AEC ON
AEC RTN
KVP 0*
KVP 1*
KVP 2*
KVP 3*
KVP 4*
GEN READY*
AEC EX EN
EXP START*
KVP5
KVP6
PREP SW
EXP SW
SERVICE SW
LINE SENSE
BUMPER*
TUBE PARKED
DRIVE ENABLE SW
KEY SW ON
MAS UP
MAS DWN
KVP UP
KVP DWN
DISP. DATA OUT
DISP. DATA OUT RTN
FIELD LIGHT SW
+24 VDC
BUFFERED DISP. DATA
RGT HALL INPUT
LFT HALL INPUT
TO AEC OPTION
J12
1
2
4
5
6
8
9
J4
TAP 6 FDBK
TAP 6*
TAP 5 FDBK
TAP 5*
1K HZ INVERTER READY
TAP 4 FDBK
TAP 4*
TAP 3 FDBK
TAP 3*
TAP 2 FDBK
TAP 2*
TAP 1 FDBK
TAP 1*
INVERTER OK
EXP STOP CMND
1K HZ PHASE 1
START
1K HZ PHASE 2
DISP DATA OUT
SW DATA INPUT
MAS UP
DISP DATA RESET*
MAS DOWN
X−RAY ON LAMP*
KVP UP
DISPLAY OK
KVP DOWN
+24 VDC
SONART*
PWR GND
+40 V V.F. DISP SUP
+5 V
LOGIC GND
XMIT OK*
LGND
+24V V.F.SUP
J7
J3
ROTOR INTERLOCK
60 HZ INV OK
X−RAY PRESS SW
X−RAY PRESS SW RTN
ROTOR SELECT*
SAFETY CONTACTOR ENB *
60HZ INV. RELAY*
PREP SW
60 HZ PHASE 2
60 HZ PHASE 1
FIELD LIGHT SW
FIELD LIGHT SW RTN
CONTROL PROCESSOR
TEST MODE CONNECTIONS
AMX1A2A1
J11
J8
7
8
9
10
12
13
14
15
16
17
18
19
20
22
23
24
25
26
1
5
6
PWR GND
+24 VDC
−15 VDC
SIGNAL GND
+15 VDC
LOGIC GND
+5 VDC
TO LVLE AMX1A2A2
J2
(ORN) RGT MAN TDS OUT
2−E5
FOLD
1A2S2
4
(WHT)
(RED) HALL RGT REF
3
(RED)
(BLK) HALL RGT REF RET
5
(BLK)
OUTPUT
REF
RTN
RIGHT HALL
3
7
8
10
13
14
J1
(WHT) LFT MAN TDS OUT
4
(WHT)
(RED) HALL LFT REF
3
(RED)
(BLK) HALL LFT REF RET
5
(BLK)
(YEL) POWER OK
1A2S3
OUTPUT
REF
RTN
LEFT HALL
1A2TS2
(BLU) TUBE PARKED SW
1
(BLK) TUBE PARKED SW RTN
2
1A2S8
19
20
1A2TS4−6
9−H1
1A2TS2
1
2
BLU
YEL
2−D7
BLK
3−F3
(GRY) SERVICE SW
(GRY) SERVICE SW RTN
1A2S1
TUBE
PARKED
SWITCH
1A2S1
TUBE
PARKED
SENSOR
TUBE PARKED SENSOR
REPLACED TUBE PARKED
SWITCH END OF 1992
SERVICE
SWITCH
FOR TECH SWITCH OPTION
J5
LEAKAGE COMP +
LEAKAGE COMP −
+ LEAKAGE COMP FDBK
− LEAKAGE COMP FDBK
FIL +
FIL −
FIL FDBK +
FIL FDBK −
KVP +
KVP −
KVP DWN FDBK +
KVP DWN FDBK −
16 KHZ CLK
2 KHZ PHASE 1
2 KHZ PHASE 2
MAS
X−RAY ON
PREHEAT
FILSHORTTEST
F
TO FIL/KVP CONTROL
AMX1A4A2
5−C1
H
TECH SWITCH MODULE
(YEL)
3
4
5
6
7
8
9
10
11
12
13
14
15
17
19
21
22
26
25
AMX1A1
(BRN)
21
23
24
25
28
(GRN) FIELD LIGHT SW
2
(BLK) HAND SW COM
3
(RED) EXP SW
1
(BLU) DRIVE ENA SW
1A2J1−1
(BLU)
PWR GRD (BRN)
J8−2
J8−1
FIELD LIGHT SW
PREP SW
HAND SW COM
EXP SW
(BLU)
N.C.
27
24V (BLU)
1A2S−6&7
1A2J3
4
(WHT) PREP SW
TO LVLE
(ORG)
1A2S5
LEFT
DRIVE
ENABLE
SWITCH
(YEL)
HAND SWITCH
1A2J1−2
(YEL)
COM
1A2J2−2
(YEL)
COM
1A2S4
RIGHT
DRIVE
ENABLE
SWITCH
REVISIONS
(BLU)
1A2J2−1
5
PRINTS TO
TWP_21FEB97
404
PCN_201169
N.C.
6
(BLU) DRIVE ENA SW RTN
DRL_11JULY97
PCN_201416
7 DRL_29JUL97
PCN_201479
MADE BY
C_DREWICZ_27JUN94
APPROVALS
MEDICAL SYSTEMS
ISSUED
MILWAUKEE, WISCONSIN
3
4
5
6
7
12
8
FOLD
2
FOLD
2115090SCH
FOLD
N_ZETTEL
9
10
DIV OR
DEPT.
LOCATION CONT
2115090SCH
ON SHEET 9
SH NO. 8
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
3
4
5
6
7
FOLD
CONT ON SHEET
2
FOLD
DIRECTION 2173229−100
FOLD
REV 10
8
−
SH NO. 9
2115090SCH
DRAWING NO.
NOTE: THIS SHEET FOR AMX4−PLUS MODELS WITH BASE NUMBER 2169360
DECIMALS
(2 PLACES)
46−208600
+
−
GENERAL ELECTRIC
9
UNLESS OTHERWISE SPECIFIED USE THE
FOLLOWING : −
TOLERANCES
APPLIED PRACTICES
SURFACES
TITLE
REV 7
ON DIMENSIONS
DECIMALS
ANGLES
(3 PLACES)
+
+
−
−
2115090SCH
CONT ON SHEET
−
2115090SCH
CONT ON SHEET
SCHEMATIC DIAGRAM
−
SH NO. 9
OVERALL_SCHEMATICS_FOR_AMX_IV
SH NO. 9
AMX_IV_PRODUCTIVITY
FIRST MADE FOR
P/L ISSUED
BRAKE
RELEASE
POWER DISTRIBUTION
1A3F10
A
(RED)
(RED)
1A2S1
2A
BRAKE RELEASE
(BLU)
1A3CB1
1A3CB1
+BATT
8AMP
COLUMN GROUND
TO X−RAY
CONTROL MODULE
ARM GROUND
(BLK)
(BLK)
(BLK)
(BLK)
−BATT(BLK)(#8AWG)
MAIN
BATTERY
BOX
+
(BLK)
GRN/YEL
6−C6
6−E6
1
(RED)
7−C4
GRN/YEL
+BATT (BLK)(#8AWG)
_ (BLK)
−BATT
GROUND STUD ON BASE
64AMP
(RED)
1A2TS1
15A
1A3F9
B
K CHARGE
KON1
KON2
J4−1
(BLU)
J1−2
(BLU)
A3F6
(ORN)
J1−1
J2−7
(BLK)
7−D9
4
(BLK)
KEY SWITCH
.5A
A3F4
(BLK)
J11−1
(ORN)
7−D9
BATT CHARGE
CIRCUIT
10A
(WHT/BLK) 8
J2−5
1A5F1 (RED) 7−E9
1A2TS1
3
K ON 2
(BLK)
(WHT)
1A5F2 (RED) 7−E9
K LINE 2
1A2TS3
UPPER
COLUMN
BRAKE
10
(BLK)
3A1TS1
3A1TS1
9
(RED)
10
1A2TS3
(BLK)
11
(VIO)
(WHT)
11
ARM
BRAKE
(BLK)
LOWER
COLUMN
BRAKE
(BLK) 2A2TS1−2
C
2A2TS1−1
(RED)
(RED)
BATTERY AMX1A3A1 BOARD
J2−9
J11
(BLK)
5
IN4936
9
8
4
RED
(VIO)
WHITE
1A2TS2−4 (RED)
TUBE PARKED
LATCH
1A2TS2−3
(BLK)
FOLD
(BLK)
8−F6
FOLD
(BLK)
6−F5
D
1A2TS1
J1−1
(VIO)
8
(VIO)
J1−3
6−F5
(VIO)
J1−2
A2A2
LVLE
4−D1
J2
J3
GND STUD
TO CPU
TO BATT CHARGER
(VIO)
9
E
3−H3
(VIO) 1A5A2J10−2
10
TO ROTOR CONTROL
8−E4
A3R1
A3F5
10A
3−D9
2.5
200W
(BLK)
−BATT
+BATT
4−B2
BATTERY
J5
2A
(VIO)
MR756
1A3F3
J4
6
(BLK)
F1
TO MOTOR DRIVE
7−A9
J1−1
7−D4
TO AEC MODULE j9
J6
+BATT SWITCHED
BATTERY HARNESS
BOARD AMX2A3A1
AMX1A2TS6
J11−3
BATTERY
TO FIL/KVP
F2
5−E2
1
J2−1
−BATT
4−D1
J11−1
2
2178054
TS4−3 K1
K2 IS A SOLID
STATE RELAY.
TS4−4
(VIO)
+24V
J8−1
3−F5
PGND
SW2
WHITE
TS4−5
TS4−6
TS4−2
1A2TS3−13 3A1TS1−13
3A1TS1−12
J11−9
J5−1
J11−5
3
4
BATTERY
F4
1
DEE DETAIL DP FOR TEST HARNESS CONNECTIONS.
5
J6−1
J11−4
J7−1
J11−6
F6
J8−1
J11−7
BATTERY
J9−1
J11−10
J10−1
J11−11
BATTERY
6
7
BATTERY
1A2TS3−12
8
(BRN)
SW3
YEL
J11−8
J4−1
F5
(BLU)
RED
1A2FL1
J3−1
F3
3A4
K2
1A2TS2−1
PARK INDICATOR
SIGNAL
8−F6
6−F1
J8−7
PWR FAIL DETECT
(ORN)
J8−2
BLUE
TO 1KHZ
BATTERY
F
BATTERY
COMPARTMENT
J7
9
F7
(YEL)
10
BATTERY
K2
COLLIMATOR
K1
REVISIONS
F8
TS4−1
H
BRN
BATTERY
6
DRL_11JULY97
PCN_201416
AMX1 A2 R1
7 DRL_25JUL97
PCN_201479
−BATT
DETAIL DP
MADE BY
C_DREWICZ_27JUN94
APPROVALS
MEDICAL SYSTEMS
ISSUED
MILWAUKEE, WISCONSIN
4
5
6
7
13
8
FOLD
3
FOLD
FOLD
N_ZETTEL
2
404
F9
FOR DETAILED DRAWING SEE SECTION 16
2115090SCH
PRINTS TO
5
TWP_26FEB97
PCN_201169
470
9
10
DIV OR
DEPT.
LOCATIONCONT
2115090SCH
ON SHEET
−
SH NO. 9
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
14
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
SECTION 3 DISPLAY CONTROLLER AMX1 A1 A1
3−1
Display Controller AMX1 A1 A1, 46−264982G1
B
15
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
16
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
17
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
18
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
3−2
DIRECTION 2173229−100
Display Controller AMX1 A1 A1, 2409241
19
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
20
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
21
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
22
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
23
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
24
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
25
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
26
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
27
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
28
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
SECTION 4 DISPLAY AMX1 A1 A2
4−1
Display AMX1 A1 A2, 46−232832G1
29
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
30
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
31
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
32
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
4−2
DIRECTION 2173229−100
Display Board AMX1 A1 A2, 2345236−2
−2 REV 1
−2
33
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
34
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
35
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
36
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
37
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
38
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
39
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
40
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
41
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
42
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
SECTION 5 CONTROLLER BOARD AMX1 A2 A1
5−1
CONTROLLER BOARD 46−264974G2 [PRIOR TO Q4 2009]
43
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
44
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
45
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
Per PCN 180369
4
5
SH NO. 2
46−264974−S
DRAWING NO.
+5V
+5V
R26
10K
CLOCK GENERATOR
2
U99
HC4040
+5V
R35
+5V
Y36
OSC
GND
7
12MHZ
C27
0.1
1
2
8
8
10
U44
4.7K
U46
5
3
HC32
CLK
R101
HC14
6
R98
HC14
TP9
4.7K
RESET
11
L
L
L
R43
2−F5
9
Q1
7
Q2
6
Q3
750KHZ
5
Q4
375KHZ
3
Q5
2 187.5KHZ
Q6
4 93.750KHZ
Q7
13
Q8
12
Q9
14 11.718KHZ
Q10
15
Q11
1
Q12
PR
D
3
U25
CK
HC74
APPLIED PRACTICES
16
16
R163
10K
10K
Q
Q
5
6
7
5
3
15
1
P0AD1
P0AD0
6−D5
P0AD7
6−D8
T/R*
1
6−D4
1
2
R182
1
CR181
100K
R118
C
C176
S183
L
J8
10
R171
7
10
2
10
10
9
0.01
50V
5−B10
PWR DWN RST
4
12
HC04
13
3
HOLDOFF
HC32
9
ADR1
ADR2
ADR3
ADR4
8
7
HC08
ADR3
ADR4
ADR5
ADR6
5
4
ADR5
ADR6
ADR7
ADR7
ADR8
3
25
8
12
D
U59
CK
HC74
Q
Q
19
X1
RESET
U222
3
4−H8
R67
9
10
T1
Q
U65
HC123
T2
10K
1%
0.125W
Q
5
WATCHDOG CLR
4
12
13
P1.3
P1.4
AC32
11
WATCH DOG CLR*
3−F9
4−C8
6−C4
12
U103
CLR
80C31
11
WATCHDOG CLR
57.3mS
R163
10K
SW DATA INPUT
3
1
14
15
FDBK OUT
5−B8
16
5
12
13
X−RAY ON
3−D10
+5V
J6
RXD
INT0
10K
12
9
11
AC08
11
P0AD0
ADR0
10
12
Q2
13
Q3
15
Q4
16
Q5
17
Q6
18
Q7
19
Q8
P0AD1
P0AD2
ADR1
9
POAD3
POAD4
ADR2
ADR3
ADR4
8
7
6
P0AD5
P0AD6
ADR5
ADR6
5
4
P0AD7
ADR7
ADR8
3
25
ADR9
24
21
A8
A9
ADR10
ADR11
A10
A11
A12
A13
26
27
1
ADR14
ADR15
EPROM
A5
A6
A7
23
2
ADR12
ADR13
U104
27C512
A4
24
21
ADR10
ADR11
1
EPROM 2
Q1
A1
A2
A3
A14
A15
22
20
POAD4
P0AD5
P0AD6
P0AD7
1
2
P1D0
P1D1
3
4
P1D2
P1D3
P1D4
21
22
23
P2.2
P2.3
P2.4
P2.5
U51
27C512
A4
EPROM
A5
A6
A7
11
P0AD0
ADR0−ADR2
12
Q2
13
Q3
15
Q4
16
Q5
17
Q6
18
Q7
19
Q8
P0AD1
P0AD2
ADR0
STATUS
3−B9
ADR0
ADR2
ADR3
ADR4
P1D5
P1D6
ADR9
ADR10
X−RAY ON
ADR8
ADR9
ADR10
26
27
ADR13
ADR14
ADR15
ADR11
ADR12
RST CLR
2−C3
P0AD5
P0AD6
P0AD7
READ PORT SELECT
A11
A12
A13
A14
A15
ADR8
46−303816G1
9
10
1
2
ADR10
VPP/G*
CE
HC138
13
U44
18
8
HC32
R163
10K
H
4
EN
4
EN
20
21
9
10
P0AD0
P0AD1
ADR0
11
13
14
P0AD2
POAD3
POAD4
ADR2
ADR3
ADR4
15
P0AD5
P0AD6
ADR5
ADR6
P0AD7
ADR7
ADR8
16
17
ADR1
SERVICE SW*
+5V
R56
5
4
4.7K
B
4−H8
ADR9
ADR10
U115
HC32
6
U222
ADR11
11
C
10
HC04
5
4
U228
8
A0
D0
7
A1
D1
6
A2
D2
5
A3
D3
4
A4
D4
3
A5
D5
U54
2
A6
D6
1
D7
A7
23
A8 MK48Z02
2Kx8
22
A9
ZRAM
19 A10
CS OE WE
6
HC32
18
20
9
10
P0AD0
P0AD1
11
13
14
P0AD2
POAD3
POAD4
15
P0AD5
P0AD6
16
17
Y1
Y2
ADR7
ADR8
21
ADR9
ADR10
ADR12
23
22
A0
Y3
Y4
A1
Y5
Y6
U24
Y7
HC154
21
A2
Y8
20
Y9
Y10
Y11
A3
Y12
2−B3
+5V
2
DISP DATA OUT RTN
+5V
16
5−B10
WR*
16
DISP DATA OUT
R163
ADR12*
8
Y13
Y14
Y15
EN2
19
18
3−F3
6−D7
3−F6
NC
RDP7*
1
2
WRP0*
WRP1*
3
4
WRP2*
WRP3*
WRP4*
5
6
R287
DISP RST
U241
HC240
13
18
17
4
3
16
15
6
5
14
13
8
7
12
11
9
1
18
R287
BUFFERED DISP DATA
2
51
12
3
J6
11
R287
1
DISP DATA OUT
R100
4
10K
6
DISP RESET*
51
R287
+5V
16
5
14
8
CK
2
U87
3
4
HC04
3
D
CK
R287
R86
6
HC74
1
7
8
9
5
Q
13
12
11
13
14
WRP11*
WRP12*
15
16
WRP13*
WRP14*
17
WRP15*
+5V
5
6
7
46
8
2−E1
NC
NC
NC
NOTES:
FOR PROPER CONFIGURATION
OF JUMPER JP1 REFER TO
11
6
Q
REVISIONS
TP11
SHORTEND WRITE
1
PRINTS TO
JKK_01AUG90
404
PCN_157692
WR*
2
GJO_19AUG92
PCN_179132
3 GJO_20JAN93
PCN_179471
67NS−150NS
MADE BY
F.PIERCE 13JUN89
APPROVALS
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
F.C.TRAVANTY 24AUG89
9
4−H2
6−D7
4−B2
AMX−4 CALIBRATION
DIRECTION 46−017206, 46−017326,
46−017497 OR 2115679−100
SECTION 1−6 JUMPERS AND
SWITCHES POSITION.
250NS−333NS
10K
5−C9
4−E2
WRP9*
WRP10*
10
U44
HC32
5−F7
6−F4
WRP7*
WRP8*
2. * INDICATES AN ACTIVE LOW
DELAYED WRITE
9
51
PR
U95
WR*
CLR
51
19
TP11
4
3−B4
6−B7
WRP5*
WRP6*
3
15
3
DIN1
Q0
4
Q1
5
Q2
U82
6
Q3
HC164
10
Q4
11
Q5
12
Q6
2
13
DIN2
Q7
CLR
1
51
10
L
R287
2−A9
10K
J11
4−E8
ALL RESISTORS ARE 0.25W,5%
AND ARE IN OHMS
ALL CAPACITORS ARE IN MFD
R100
1
4−C8
NC
1. UNLESS OTHERWISE SPECIFIED
HC04
12
51
13
14
U87
9
12MHZ
ISSUED
FOLD
RDP4*
RDP5*
RDP6*
9
7
5−C11
NC
5
Y0
P0AD7
ADDRESS BUS
9
4
11
10
3−C3
4−H9
5−F7
WRITE PORT SELECT
3
HC32
L
3
RDP2*
RDP3*
U46
12
12
RDP0*
RDP1*
13
12
FOLD
3
JP1
2−A4
J11
10K
4
15
14
RAM 2
A
U115
14
L
6
8
HC14
2
OUT1
3
OUT1
6
OUT2
5
OUT2
10
OUT3
U288
11
OUT3
26LS31
14
OUT4
13
OUT4
Y2
Y3
Y4
Y5
Y6
Y7
EN1 EN2 EN3
10K
ADR12
ALE
L
+5V
16
46−264974−S
U170
R163
12
Y0
Y1
EN1
14
2
1
A0
2
A1
3
A2
ADR9
RD*
31
1
IN1
7
IN2
9
IN3
15
IN4
5−D8
POAD4
WR*
10K
HC14
4−A1
POAD3
A10
22
20
8
A0
D0
7
A1
D1
6
A2
D2
5
A3
D3
4
A4
D4
3
A5
D5
U107
2
A6
D6
1
D7
A7
23
A8 MK48Z02
2Kx8
22
A9
ZRAM
19 A10
CS OE WE
ADR1
ADR7
ADR8
ADR11
ADR12
6−C7
ADR12*
R163
8
3
A8
A9
RAM 1
ADR5
ADR6
24
25
28
11
TX0
16
WR
17
T1
RD
PSEN 29
ALE/
PROG* EA
30
AC32
RD*
INT1
T0
16
U235
P1.7
P2.0
P2.1
U63
ADR0−ADR1
Q1
A1
A2
A3
26
27
1
ADR14
ADR15
46−303815G1
A0
23
2
ADR12
ADR13
VPP/G*
CE
P0AD2
POAD3
33
32
8
P2.6
P2.7
+5V
R285
U64
P0AD0
P0AD1
35
34
5
6
7
P1.5
P1.6
U63
10
F
38
37
36
P1.1
P1.2
4−B2
HC04
C68
WRP12*
39
P0.7
P1.0
13K
2−F11
18
X2
P0.0
P0.1
P0.4
P0.5
P0.6
R119
+5V
13
HC04
SERVICE SW
+5V
E
12
1
2
13
P0.2
P0.3
10
35V
WR*
RD*
D7
8
9
6
CX
2−F10
D1
D0
U87
10
7
RX
D5
9
13
6−B4
6−H2
16
11
3−B4
5−F6
+5V
HC04
6−E6
11
ADR9
6
U174
RST*
P0AD7
U60
CLR
11
4−A1
D6
A0
6
L
PR
U115
D
6
10
ADR2
300
HC08
3−A3
15 2 14 3 11 6 10 7
D4
D3
D2
10
U60
11
HC32
Q
POAD3
POAD4
P0AD5
P0AD6
ADR0
ADR1
R106
5
4
AMX−4
FIRST MADE FOR
OE
19
ADR0
FOLD
FOLD
HC74
5
1
10K
L
U174
CK
Q
9
1489
C177
10K
U59
8
R163
8
9
3
5−B9
PR
D
U115
16
U160
100
9
10
+5V
3−F8
2
CLR
U116
HC14
PWR UP
DELAY
R180
RESET
L
PWR DOWN
RST*
1
100K
4.7
10%
35V
RST CLR*
2
HC04
1N4148
3
3
2
D0
Q0
4
5
D1
Q1
U108
7
6
D2
Q2
8
9
D3
Q3
HC374
13
12
D4
Q4
14
15
D5
Q5
17
16
D6
Q6
18
19
D7
Q7
CK
OE
P0AD1
P0AD2
4
U60
HC08
SH NO. 2
SH NO. 2
AMX−4−CONTROLLER
P/L ISSUED
D0−D7
EPROM 1
LOW ADDRESS LATCH
2−E5
+5V
CONT ON SHEET 3
46−264974−S
CONT ON SHEET 3
SCHEMATIC DIAGRAM
RD*
P0AD0−P0AD7
P0AD0
U174
AC245
18
DB0
DR0
DB1 17
DR1
16
DB2
DR2
15
DB3
DR3
14
DB4
DR4
7
13
DB5
DR5
12
8
DB6
DR6
11
9
DB7
DR7
DATA BUS
10K
L
U96
10
POAD4 2
POAD3 3
P0AD2 4
P0AD5 5
P0AD6 6
6
R55
RST CLR
TITLE
46−264974−S
TOLERANCES ON DIMENSIONS
DECIMALS
DECIMALS
ANGLES
(2 PLACES)
(3 PLACES)
+
+
+
−
−
−
R135
5
4
GENERAL ELECTRIC
9
REV 3
10K
L
2−F8
46−208600
+5V
+5V
12MHZ
10K
SURFACES
16
CLR
6−D6
6−E1
8
UNLESS OTHERWISE SPECIFIED USE THE
FOLLOWING : −
FOLD
B
OUT
U46
9
10K
14
VCC
+5V
ALE
A1
AMX1 A2
7
+5V
R100
4
A
6
FOLD
FOLD
3
FOLD
CONT ON SHEET 3
2
10
DIV OR
DEPT.
LOCATION
46−264974−S
CONT ON SHEET 3
SH NO. 2
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
4
5
6
7
8
J1
8
6
R275
9
10K
+5V
6
2
OPTION
SW 3
R74
10K
CHARGER & DRIVE STATUS
15
S75
L
5
12
4
OPTION
SW 4
B
14
BUMPER* 10
R275
3
1
10K
R334
10K
U280
3 13
C273
0.1
50V
3−F8
2
1489
L
P
J8
8
R171
TUBE PARKED SW RTN
14
9
4−D8
13
U160
11
C168
0.1
50V
10K
R332
10K
+24V
2−C11
12
1489
D1
Q1
D2
Q2
U151
D3
Q3
D4
Q4
HC533
D5
Q5
D6
Q6
D7
Q7
D8
Q8
CLK OE
11 1
9
15
16
2
19
5
6
12
D0
D1
D2
D3
D4
D5
D6
D7
2−E11
2−D1
11
P
6
14
R285
10
R285
11
J8
1
R171
L
U280
6
10
U164
8
1
S75
7
P
U160
3
19
15
1
C256
0.1
50V
10K
3
17
R260
14
TAP 3 FDBK
3
17
14
8
13
7
4
18
D1
Q1
D2
Q2
U155
D3
Q3
D4
Q4
HC533
D5
Q5
D6
Q6
D7
Q7
D8
Q8
CLK OE
11 1
RDP4*
R74
10K
+24V
FIELD LIGHT SW 21
HAND SW COM 24
14
13
C257
0.1
50V
4
C161
0.1
50V
P
4
5
R285
3
R285
3−F8
R285
L
15
13
C232
0.1
50V
10K
3−H8
H
KVP DOWN13
1
R285
L
16
1
C230
0.1
50V
10K
3−H8
11
14
R171
3
2
25
EXP SW
R171
C167
0.1
50V
15
P
U174
6
HC04
5
5
1489
L
U164
11
13
C165
0.1
50V
10K
R331
10K
U164
6
4
10K
GEN READY*
8
4
C258
0.1
50V
5
13
R260
3
2
D0
Q0
4
5
D1
Q1
U111
7
6
D2
Q2
HC273
8
9
D3
Q3
13
12
D4
Q4
14
15
D5
Q5
17
16
D6
Q6
18
19
D7
Q7
CLR CK
U174
8
HC04
9
12
1489
+5V
L
1
16 R163
10K
J11
12
13
C185
0.1
50V
J3
TAP 5 FDBK
8
9
R260
9
4
C191
0.1
50V
10K
6
7
R260
60HZ INV OK
5
+24V
R275
12
10
C215
0.1
50V
10K
6
5
R275
L
11
7
R275
10
C261
0.1
50V
10K
U236
6
J7
AEC ON 1
11
R74
L
10
4
C133
0.1
50V
10K
U154
8
9
1489
AEC EXP EN 9
10
R74
L
7
1
C129
0.1
50V
10K
U236
11
J5
R275
L
15
L
R321
FIL SHRT DETECT 25
U189
11
10K
GENERATOR & AEC STATUS
4
X−RAY ON 22
U189
6
R275
L
13
10K
U188
11
U188
6
2−D11
RDP6*
3
D1
Q1
4
D2
Q2
U122
7
D3
Q3
8
D4
Q4
HC533
13
D5
Q5
14
D6
Q6
17
D7
Q7
18
D8
Q8
CLK OE
11
1
2
5
6
9
12
15
16
19
D0
D1
D2
D3
D4
D5
D6
D7
R320
2.2K
P
U211
8
PREP SW P1D0
6−B2
U112
P1D1
8
HC
21
EXPOSE SW P1D1
6−C2
U144
2
HC04
P1D2
13
U144
12
HC04
P1D3
11
U87
10
HC04
P1D4
U46
2
P1D5
1
9
1489
U211
6
1
13
C282
0.1
50V
13
C213
0.1
50V
10
C281
0.001
50V
U211
3
2
1489
U280
11
1
12
1489
U211
11
9
U222
8
HC04
1
U222
2
HC04
12
1489
U144
4
HC04
3
U131
3
U132
1
3
2 HC08
11
U144
10 AEC EXP EN
6−B3
HC04
2
1489
P1D6
X−RAY ON
U280
8
9
1489
R430
1.13K
L
5
1
3−E2
3−F2
3−H2
3−H2
3−H2
3−E2
5
6
4 HC08
8
C431
.01
50V
L
J11
KEY SWITCH ON
MAS UP
MAS DOWN
KVP UP
KVP DOWN
FIELD LIGHT SW
16
R83
. 10K
10
4
5
6
2−E4
C220
10
35V
15 14
RX CX
1
13
T1
Q
U221
HC123
2
4
T2
Q
10
1
18
J6
15
SONART*
9
X−RAY ON
LAMP*
ULN2803
+24V
U283
10
2
WATCHDOG CLR*
17
J6
ULN2803
47.6mS X−RAY INDICATORS
REVISIONS
PRINTS TO
1 GJO_19AUG92
PCN_179132
U236
3
404
2
1489
MADE BY
F.PIERCE15JUN89
APPROVALS
3
4
5
FOLD
ISSUED
46−264974−S
9
8
10 HC32
L
8
9
10
11
12
15
L
2
+24V
U283
U228
CLR
3
C432
.01
50V
L
12
1489
6−E1
16R83
.10K
U229
U235
2
HC04
LINE SENSE
BUMPER*
TUBE PARKED
2−F3
+5V
CRITICAL STATUS INPUTS
U222
6
HC04
6−C2
FOLD
+5V
PWR UP
DELAY
2−C2
3−A2
3−B2
3−C2
U131
6
TUBE PRESSURE SW
HC14
U189
8
5
1489
P1D0
6
11
5
1489
C208
0.1
50V
10K
9
1489
L
6
2
12
1KHZ INVERTER READY
U189
3
4
C212
0.1
50V
10K
5
1489
L
11
U112
HC
21
120HZ
6−D7
X−RAY PRESS SW RTN 7
12
1489
L
1
2
4
5
9
10
12
13
11
X−RAY PRESS SW 6
5
1489
L
AMX−4
2 EXP SW
12
1489
L
10
10K
5
1489
10
C156
0.1
50V
10K
2
4
L
14
R260
5
1489
C231
0.1
50V
3−F8
KVP UP 11
TAP 4 FDBK
TAP 6 FDBK
13
10K
MAS DOWN 7
2−C11
7
15
10K
DO
2
16 D1
15 D2
D3
9
12 D4
D5
6
D6
5
19 D7
L
J6
MAS UP
4
U160
6
FOLD
F
L
10K
R330
10K
J8
8
J8
23
PREP SW
2
1489
L
OPERATOR I/O STATUS
10
13
FIELD LIGHT SW 16
12 KVP6*
J4
L
R171
11 KVP5*
12
10K
2
FIRST MADE FOR
STATUS
2−D5
ROTOR INTLK 3
2
1489
3−H8
FIELD LIGHT SW RTN 17
13
7
DS19
3
J3 +24V
6
DS18
R260
SH NO. 3
DEBOUNCE
1 PREP SW
DS16
7 DRIVE ENA SW
1
OPTION
SW 2
KVP4*
14
DS9
J4
SH NO. 3
AMX−4−CONTROLLER
12 PREP SW
J11
CR14
1N4148
J11
C274
0.1
50V
3−F8
+5V
E
16
10K
R326
10K
7
5
RDP0*
10K
11
KEY SWITCH ON
KVP3*
J2
DRIVE ENA SW
R275
6
U78
ULN2803
17 DRIVE ENA SW
CONT ON SHEET 4
46−264974−S
CONT ON SHEET 4
SCHEMATIC DIAGRAM
J3
RELAY DRIVERS
TAP 2 FDBK
J1
KVP2*
RST*
TAP 1 FDBK
+24V
KVP1*
5
+5V
P
DRIVE ENA SW RTN 28
KVP0*
4
9
1489
L
D
15
3
5
1489
C169
0.1
50V
FOLD
4
DS17
C284
0.1
50V
10K
R333
10K
16
9
1489
4
L
16
3
DS13
C239
0.1
50V
10K
DRIVE ENA SW 27
18
AEC COMMON
DS11
10
7
17
1
U236
8
46−264974−S
TOLERANCES ON DIMENSIONS
DECIMALS
DECIMALS
ANGLES
(2 PLACES)
(3 PLACES)
+
+
+
−
−
−
P/L ISSUED
2
DS12
10K
RIGHT STALL 12
2
WRP3*
L
J2
LEFT STALL
8
14
17
3
18
4
7
13
3−F8
TUBE PARKED SW
13
C
BMPR*
9
D0 U79 Q0
AC273
6
D1
Q1
5
D2
Q2
2
D3
Q3
19
D4
Q4
16
D5
Q5
15
D6
Q6
12
D7
Q7
CLR CK
1
L
U222
12
HC04
8
7
4
3
18
17
14
13
R74
10K
13
J2
D0
D1
D2
D3
D4
D5
D6
D7
TITLE
1
J7
17
11
SURFACES
46−208600
+24V
+24V
L
S75
+5V
A1
AEC CONTROL
D0−D7
2−A9
2
1489
C276
0.1
50V
3−F8
A
U154
3
1
APPLIED PRACTICES
REV 1
6
7
47
8
FOLD
SH NO. 3
46−264974−S
DRAWING NO.
UNLESS OTHERWISE SPECIFIED USE THE
FOLLOWING : −
AMX1 A2
LINE SENSE
GENERAL ELECTRIC
9
FOLD
FOLD
3
FOLD
CONT ON SHEET 4
2
F.C.TRAVANTY 24AUG89
9
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
10
DIV OR
DEPT.
LOCATION
46−264974−S
CONT ON SHEET 4
SH NO. 3
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
3
4
5
6
FOLD
CONT ON SHEET
2
FOLD
DIRECTION 2173229−100
FOLD
REV 10
8
7
5
SH NO.
46−264974−S
4
DRAWING NO.
AMX1 A2
APPLIED PRACTICES
A1
SURFACES
46−208600
GENERAL ELECTRIC
9
UNLESS OTHERWISE SPECIFIED USE THE
FOLLOWING : −
REV A
TITLE
46−264974−S
TOLERANCES ON DIMENSIONS
DECIMALS
DECIMALS
ANGLES
(2 PLACES)
(3 PLACES)
+
+
+
−
−
−
CONT ON SHEET 5
46−264974−S
CONT ON SHEET 5
SCHEMATIC DIAGRAM
SH NO. 4
AMX−4−CONTROLLER
SH NO. 4
AMX−4
FIRST MADE FOR
P/L ISSUED
A
D0−D7
2−A9
−10V REF
5−E11
TP27
2−B10
ADR0−ADR2
D0
4
D1
D2
3
2
D3
1
ADR0
8
ADR1
7
ADR2
6
2−E4
+5V
B
WATCHDOG CLR
16
R135
11
5
9
4
10
10K
L
DB0
VREFA
DB2
DB3
A1
A2
3
6
OP−07
7
8
8
DAC
WR
10
AR354
2
R353
6
OP−07
11
8
KVP DMN +
D5
D6
D7
R403
FOLD
D
D1
13
D2
12
D3
11
D5
D6
D7
18
ADR0
6
5
OUTA
D0
D1
RFBA
D2
2
OUTB
15
5
14
2
19
6
13
16
7
12
8
11
D4
D5
D6
19
1
9
10
U272
HC32
8
D7
AR404
R410
1
8
D0
Q0
14
D1
Q1
U264
17
D2
Q2
HC273
3
D3
Q3
18
D4
Q4
4
D5
Q5
7
D6
Q6
13
D7
Q7
CLR CK
1
20K
1%
0.125W
R408
10K
1%
0.125W
S
R407
10
TP19
TL074
8
7
LEFT DRV CMND+
8
LEFT DRV CMND−
J6
XMIT OK*
2
14
D1
13
D0
D1
12
D2
11
D3
10
D4
9
D5
8
D6
7
D7
D2
F
D3
D4
D5
D6
D7
RFBA
3
3
6
OP−07
8
1
U363
AD7528
2
8
21
R285
6
12
R365
3
OUTB
3
8
CS WR LGND AGND
15
16
5
6
OP−07
2−E11
16
14
3
U322
C238
0.1
50V
HC14
6−E6
16 R100
6−A5
5−D10
10K
8
BU TMR OKAY
8
D1
Q1
14
D2
Q2
U159
17
D3
Q3
3
D4
Q4
18
D5
Q5
HC373
4
D6
Q6
7
D7
Q7
13
D8
Q8
CLK OE
EXP CMND STATUS
A/D STATUS
R335
8
10K
3
1
4
2
S
3
AR369
11
6
OP−07
8
3
J8
J1
R370
1
SERVICE SW
V−CHARGE CMND
2
V−CHARGE RTN
12
19
+24V
100
D/A CONVERTERS
9
15
D0
16
D2
2
D3
19
D4
D5
5
6
12
1
D1
16
15
SERVICE SW RTN
15
DRIVE RESET
BAT V &
7
CHARGE CUR SEL
D6
D7
RDP1*
R171
2−C11
SERVICE SW
5
1
C237
0.1
50V
10K
20
U164
3
2
13
REVISIONS
U174
12
SERVICE SW
HC04
5
6
1489
SERVICE SW*
L
7
48
PRINTS TO
404
2−E2
2−E7
8
FOLD
4
FOLD
FOLD
FULL SPD ENA
J1
14
F.PIERCE 15JUN89
APPROVALS
ISSUED
3
13
UDN6118A
MADE BY
2
MOTOR ENA
J11
LEAKAGE COMP −
1
46−264974−S
16
J2
13
UDN6118A
U322
5
L
+5V
4
ON BOARD
STATUS
OPTION SW 1
L
LEAKAGE COMP +
CHARGER RELAY*
ULN2803
U322
+5V
4
10
10
100
L
H
13
J5
R361
1
WRP9*
U283
3
11
3
U235
6
5
11
S75
I−CHARGE RTN
12
CHARGE
SCALE−SELECT
+24V
UDN6118A
HC14
10K
BAUD RATE SW
AR362
R171
16 R135
I−CHARGE CMND
100
TP28
2
17
UDN6118A
U322
+5V
J1
19
20
6
TRIP BRKR
FOLD
2
5
U235
12
13
9
TP29
S
RFBB
7
12
8
UDN6118A
10K
5−A4
4
18
VREFB
6
A/B
ADR0
AR368
2
TAP5*
U322
19
6
10K
DISPLAY OK
2
TAP4*
10
UDN6118A
R163
10K
OUTA
TAP3*
14
J1
18
+5V
HANDLE CHECK*
TAP2*
16
3
1
15
16
16
VREFA
HC08
9
R163
10K
S
17
VDD
TAP1*
18
U193
10
R406
100
20K
1%
0.125W
D0
2
WRP2*
2−E11
+5V
AR404
9
WRP8*
4
1
U322
D2
TL074
SAFETY
CONT ENB*
20
U318
ULN2803
11
RIGHT DRV CMND+
3
2
15
BMPR*
3−B2
D1
20
5
12
ROTOR SELECT*
10
J4
9
6
TAP6*
9
WRP0*
RIGHT DRV CMND−
D0
L
2−E11
4
S
CS WR LGND AGND
E
5
100
6
TP16
3
5
16
8
J3
J2
R398
S
A/B
16
14
TL074
D3
VREFB
15
12
TP17
RFBB
3
J4
CHARGER AND
DRIVE CONTROL
7
TL074
U402
AD7528
D3
10
D4
9
D5
8
D6
7
D7
D4
AR404
6
17
VDD
R401
10K
1%
0.125W
Q1
WATCHDOG CLR*
TP18
AR404
13
20K
1%
0.125W
Q0
D1
U351
D2
Q2
HC273
3
D3
Q3
18
D4
Q4
17
D5
Q5
14
D6
Q6
13
D7
Q7
CLR CK
4
2−E11
20K
1%
0.125W
D0
1
R399
C
VREFA
7
D4
KVP DMN −
2−E3
4
8
D1
D3
S
+10V REF
D0
D2
100
12
14
17
TP26
3
D0
18
2
GEN CONTROL 2
1
5−H10
1
FIL DMN −
S
13
VREFB
14
RFBB
15
IOUTB
CS
FIL DMN +
100
U355
AD7549
CLR
UPD
+24V
J5
R358
1
WRP11*
2−E11
AR359
2
18
RFBA
17
IOUTA
DB1
A0
19
9
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
10
DIV OR
DEPT.
46−264974−S
LOCATIONCONT
ON SHEET 5
SH NO. 4
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
4
5
6
7
8
SH NO. 5
46−264974−S
DRAWING NO.
1
R296
A
3
C291
R293
2.2K
0.1
50V
R295
R292
2.2K
0V
1
6
2.2K
B
0.1
50V
R305
R307
2.2K
10
15
1
R391
R391
R391
LEFT HALL INPUT
J1
BAT V AND
P
R325
P
10
1489
13
U188
10
L
8
9
10K
1489
4
TMR0 OUT
2
TMR1 OUT
1
TMR2 OUT
15
13
12
+15V
+24V
R421
10K
1%
C1
C2
U123
HC151
D1
D2
3
Y
Y
5
FDBK OUT
D3
18
6
4
14
8
C3
C4
C5
Q1
Q2
HC273
Q3
D4
Q4
D5
Q5
D6
Q6
D7
CLR
Q7
1
RST CLR*
C6
Q0
U127
CK
12
PWR DOWN RST HOLDOFF
6
DISP RST
16
2
19
5
15
U411
9
2 DA0
DB0
ACT245
3
DA1
DB1
4
DA2
DB2
5
DA3
DB3
6
DA4
DB4
7
DA5
DB5
8
DA6
DB6
9
DA7
DB7
11
C7
A2 A1 A0
9
10 11
L
R422
C0
EN
D0
7
17
7
14
10.2K
1%
R423
15K
1%
1
R260
ON BOARD CONTROL
3
2
9
R391
C396
0.1
50V
1
3
8
TL074
10
16
U188
16
AR392
9
2
R260
10K
7
5
2.2K
15K
1%
7
15K
1%
C
R319
0.1
50V
15K
1%
RIGHT DRV FDBK +
1
21
C394
8
2
MAS
CHARGING CUR
S
RIGHT DRV FDBK −
J5
TP22
J11
S
J2
2
2.2K
21
100
AMX−4
FIRST MADE FOR
24MS
7
TL074
5
C303
SH NO. 5
1MS
1N4148
AR300
S
R304
CONT ON SHEET 6
SH NO. 5
AMX−4−CONTROLLER
CR341
10K
3
46−264974−S
46−264974−S
CONT ON SHEET 6
SCHEMATIC DIAGRAM
RIGHT HALL INPUT
19
R302
LFT MAN TDS OUT
TITLE
P/L ISSUED
J11
100
S
46−208600
TOLERANCES ON DIMENSIONS
DECIMALS
DECIMALS
ANGLES
(2 PLACES)
(3 PLACES)
+
+
+
−
−
−
10V
1
TL074
A1
SURFACES
REV 1
TP21
AR300
2
J8
1
HANDLE CHECK*
2
1N4148
10K
AMX1 A2
APPLIED PRACTICES
GENERAL ELECTRIC
9
UNLESS OTHERWISE SPECIFIED USE THE
FOLLOWING : −
CR340
RGT MAN TDS OUT
FOLD
FOLD
3
FOLD
CONT ON SHEET 6
2
T/R*
17
16
15
14
13
12
11
OE
1
R419
30.1K
1%
18
19
R337
1.13K
1%
+5V
ANALOG MUX
2−C11
10K
C390
S
6
LEFT DRV FDBK −
12
4
R391
LEFT DRV FDBK +
13
3
R391
15K
1%
D
14
11
R385
KVP DMN FDBK +
13
12
24
25
10
9
8
C386
7
6
0.1
50V
R385
5
4
10
15K
1%
6
5
A1
S2
A2
S3
A3
S4
OUT
S7
S8
9
15
R375
FIL FDBK−
10
10
R375
S9
S10
14
3
8
0.1
50V
15K
1%
9
LEAKAGE COMP FDBK +
5
15
R385
3
5
1
6
4
C429
5
0.033
1%
100V
6
10
9
12
S14
13
S15
14
S16
S
3
D1
D2
D3
D4
Q0
Q1
U339
Q2
Q3
HC374
Q4
D5
Q5
D6
Q6
D7
CK
15
+5V
STS
DMS12/8*
DB11
CS
DB10
AO
DB9
R/C*
DB8
CE
DB7
REFIN
DB6
ACOM
+15V
−15V
U413
AD574
DB5
DB4
DB3
BIPOFF
DB2
10VIN
DB1
20VIN
DB0
DCOM
REFOUT
A/D STATUS
28
27
26
25
24
FOLD
23
22
21
R372
20
19
18
16
R378
8
OE
Q7
9
READ A/D
13
12
R309
HC04
11
AR247
2
U427
2
3
7
R246
6
OP−07
8
6
11
8
1
10
R244
R310
10K
HC04
51
Q242
CA3083
200
U427
2
3
Q242
CA3083
4
D0−D7
9
R308
10
1%
0.125W
TP15
J8
J6
+40V VF DISP SUPPLY
R385
R301
TL074
8
R311
+10V REF
R298
15K
2.2K
13
7
+24V VF SUPPLY
R297
12
24
AR300
TL074
HALL LFT REF
6
HALL RGT REF RTN
8
HALL LFT REF RTN
REVISIONS
14
1
PRINTS TO
GJO_20JAN93
404
PCN_179471
R299
18K
HALL RGT REF
7
S
P
J6
5
4.7K
8
AR392
TL074
10
17
AR300
4.7K
15K
1%
16
P
MADE BY
F.PIERCE 15JUN89
APPROVALS
3
4
5
FOLD
ISSUED
FOLD
46−264974−S
R243
0.1
50V
19
S
2
1
62
5
L
6
8
C248
15
10K
14
−10V REF
6
OP−07
S
6
16
3
TP30
AR371
2
10K
1%
0.125W
49.9
1%
0.125W
12
10K
1%
0.125W
17
R420
D0
1
R385
C388
0.1
50V
3
8
9
2
2
S13
17
15K
1%
15K
1%
1
CH
7
13
C393
6
L
5
A/D CTRL
1
R375
C379
OUT
11
AR377
OP−07
IN
L
15K
1%
15K
1%
H
3
S
18
7
LF398 N
S
0.1
50V
6
28
TP20
AR426
S12
C376
2
8
EN
S11
4
S
LEAKAGE COMP FDBK −
TP31
MUX
14
2
15K
1%
R385
AMUX3
AD7506
13
15K
1%
F
AMUX2
14
2
0.1
50V
FIL FDBK+
15
OA
15K
1%
R375
16
AMUX1
U342
7
3
AMUX0
S6
8
S
17
S5
R385
C380
0.1
50V
S1
1
TL074
3
4
A0
AR392
2
15K
1%
EN
6
7
49
8
FOLD
E
23
15K
1%
3
15K
1%
R385
22
11
7
J5
21
26
S
14
20
10K
R391
C387
0.1
50V
KVP DMN FDBK −
19
11
14
TL074
12
12 BIT ADC
18
AR392
13
4
10K
R290
15K
1%
5
15K
1%
FOLD
R391
SAMPLE/HOLD
R289
P
−15V
0.1
50V
9
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
F.C.TRAVANTY 24AUG89
10
DIV OR
DEPT.
LOCATION
46−264974−S
CONT ON SHEET 6
SH NO. 5
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
4
5
6
7
8
SH NO. 6
46−264974−S
DRAWING NO.
UNLESS OTHERWISE SPECIFIED USE THE
FOLLOWING : −
APPLIED PRACTICES
A1
AMX1 A2
SURFACES
7
R83
16
TP1
12
10
12
PR
D
11
Q
U140
HC74
CK
Q
4−F7
8
CLR
13
START EXP
+5V
16
B
R83
+5V
16
10K
16
U144
9
1
3−B10
3−F7
3−B10
3−C10
U150
PREP SW P1D0
3
AEC EXP EN
4 HC30
EXPOSE SW P1D1
TUBE PRESSURE
5
8
6
7
HC08
11
2
4
3
11
J
PRE
U202
CLK
HC109
CLR
K
16
Q
Q
1
6
11
14
12
U136
10
HC32
J
PRE
U202
CLK
HC109
CLR
K
R265
Q
Q
5
8
J4
HC4040
4
3−D10
E
2−A4
X−RAY ON
750KHZ
2
3
D
CK
EXP STOP CMND
23
1
R265
TP12
7
PR
U140
HC74
Q
Q
5
1
2
Q3
Q4
U37
HC08
Q2
3
10
Q5
CLK
Q6
Q7
6
Q8
CLR
Q9
1
Q10
Q11
RESET
11
Q12
2
7
4
6
6
5
8
3
11
2
13
4
15
13
17
12
3
14
5
15
7
1
9
12
14
16
18
F
D0
3
D1
4
D2
7
D3
8
D4
13
D5
14
D6
17
D7
18
+5V
16
R100
D0
Q0
D1
Q1
D2
D3
U88
Q2
HC273
Q3
D4
Q4
D5
Q5
D6
Q6
D7
CLR
3
1
CK
Q7
11
DA0
DA1
DA2
DA3
9
10
11.718KH
U198
11
10
HC04
375KHZ
HC08
D5
D4
3
D3
5
D2
6
D1
7
D0
8
4
8
5
13
12
HC08
D0
G0
D1
G1
D2
D3
U266
U268
4
5
6
HC08
2
HC08
15
1
2
U198
+5V
16
6
D4
R135
D5
D6
2
CS
17
23
WRP10*
L
10K
5−B7
12
HC08
10
9
U198
R201
9
10K
16
U268
HC08
1
U87
1
2
11
HC04
D
CK
U95
HC74
CLR
2−E1
RST*
Q
8
14
12
13
J
PRE
U203
CLK
K HC109
CLR
13
Q
Q
Q3
Q2
Q3
Q4
CLR
Q7
CLR
13
10
9
2KHZ
12
1KHZ
11
HC08
6
15
L
10
24
1KHZ PHASE 2
26
1KHZ PHASE 1
PRE
U203
1
CLK
HC109
CLR
K
Q
R265
5
4.7K
P
5
6
U198
10
3
11
4
5
4
HC04
12
U266
U193
HC08
6
13
5
14
UDN6118A
1
Q
J4
13
UDN6118A
9
P
16
J
2KHZ PHASE 2
3
U266
8
CT/LD
1
R265
U193
4
5
4
6
R83
2
6
4
3
PR
D
U206
CK
HC74
FOLD
4.7K
+24V
4
U207
HC08
R265
60HZ 01
14
Q
Q
1
2
5
U283
U207
HC08
3
10
5
6
14
J3
15
60HZ PHASE 1
ULN2803
CLR
7
1
1
+24V
60HZ 02
9
10
15
DB4
10
9
TMR STATUS LATCH
DB5
Q2
15
14
10K
2
11
4−F7
BU TMR OKAY
Q1
D3
5
HC04
9
Q0
U197
1
3
Q
D2
10
T
+5V
8
19
2
4.7K
P
HC163
R83
4
12
Q0
Q6
DIN2
2KHZ PHASE 1
UDN6118A
R135
7
P
10K
8
10
PR
D1
4
3
+5V
5−B7
6
HC688
2
17
U266
3
9
TMR2 OUT
120 HZ
2−C10
11
L
Q5
TP25
2−E11
2−C11
R163
HC164
R135
300
WR
U270
16
TMR1 OUT
DIN1
8
CK
Q1
+5V
R124
RDP5*
TP6
5−B7
TP8
21
6
HC32
TMR0 OUT
2
CK
D0
R265
U268
HC04
CY
1
13
O2
CLK0
CLK1
18
CLK2
RD
10
6
93.75KHZ
2−B4
TP14
2−B10
20 ADR1
O1
O3
U136
4
RTIMER
5
TP13
19 ADR0
A1
D7
4
16
A0
82C54
3
14
J5
16
4.7K
P
UDN6118A
1
11
3
1
16KHZ
CLK
12
+5V
10K
U143
19
11
J5
17
1
+5V
A=B
U266
U193
UDN6118A
10K
G2
U217
22
U268
16
EN
DB2
DB3
2
9
DB6
12
U207
HC08
8
11
D
CK
PR
U206
HC74
Q
Q
13
12
9
U283
U207
HC08
11
12
60HZ PHASE 2
13
ULN2803
8
+24V
13
2
10
7
CLR
DB7
5
6−A9
6
60 HZ
RELAY
U283
6
10
13
11 60 HZ INV. RELAY*
ULN2803
9
12
15
12
13
16
19
U37
HC08
11
TIMING DIAGRAM FOR 60 HZ SIGNALS
120HZ
WRP6*
DELAYED 120HZ
2−E11
10K
60HZ
60HZ=01
SET BACKUP TIME LATCH
60HZ=02
2−A9
11
+5V
DA6
DB1
D6
TP5
U132
DA5
DB0
1
15
DA4
DA7
D7
4.7K
8 BIT MAG COMPARATOR
9
750KHZ
2−A4
1
15
13
12
EXP START*
HC04
11
2−A4
Q1
10
ULN2803
U198
UDN6118A
9
+5V
U139
Q7
J7
15
12
WRP4*
6
U266
15
12 BIT BIN CNTR
R83
CK
10
4
15
10K
8
10
3
10K
D7
CLR
U283
16
13
R83
2−B4
16
Q6
+24V
19
HC04
D
HC32
D6
PROGRAMABLE
TIMER
FOLD
U136
Q5
2KHZ EN
2
EXP START CMND
16
P
2
13
Q4
D5
5
6−F9
5
11
U136
13
9
D7
D4
4.7K
P
7
13
HC32
14
Q3
1KHZ EN
60HZ RELAY
U198
25
10K
12
D6
Q2
HC273
D3
60HZ EN
6
J4
12
+5V
C
13
17
U128
D2
9
AMX−4
FIRST MADE FOR
1
WATCHDOG CLR*
2−E3
D5
Q1
UDN6118A
5
HC04
5
SW 2
BU TMR OKAY
12
13
U144
18
Q0
D1
2−E11
U266
R135
U132
3
D4
6
12
TP7
6
12
4
D3
D0
1
HC08
10K
9
10K
STOP EXP*
8
HC04
R83
7
U132
5
4
RST*
2−E2
11
8
D1
D2
EXP CMND STATUS
9
D0
SH NO. 6
CONT ON SHEET 7
SH NO. 6
AMX−4−CONTROLLER
PREHEAT
26
UDN6118A
10K
46−264974−S
46−264974−S
CONT ON SHEET 7
SCHEMATIC DIAGRAM
J5
12
A
+5V
TITLE
P/L ISSUED
U322
GEN CONTROL 1
REV A
TOLERANCES ON DIMENSIONS
DECIMALS
DECIMALS
ANGLES
(2 PLACES)
(3 PLACES)
+
+
+
−
−
−
46−208600
EXPOSURE COMMAND CONTROL
1
GENERAL ELECTRIC
9
FOLD
FOLD
3
FOLD
CONT ON SHEET 7
2
74.67uS
74.67uS
D0−D7
REVISIONS
PRINTS TO
404
H
MADE BY
F.PIERCE 15JUN89
APPROVALS
4
5
6
7
50
8
FOLD
3
FOLD
46−264974−S
2
FOLD
ISSUED
9
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
10
DIV OR
DEPT.
LOCATION
46−264974−S
CONT ON SHEET 7
SH NO. 6
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
4
5
6
7
8
FOLD
FOLD
3
FOLD
CONT ON SHEET
2
−
SH NO.
46−264974−S
7
DRAWING NO.
AMX1 A2
A1
APPLIED PRACTICES
SURFACES
46−208600
GENERAL ELECTRIC
9
UNLESS OTHERWISE SPECIFIED USE THE
FOLLOWING : −
REV A
TITLE
46−264974−S
TOLERANCES ON DIMENSIONS
DECIMALS
DECIMALS
ANGLES
(2 PLACES)
(3 PLACES)
+
+
+
−
−
−
CONT ON SHEET −
SH NO.
46−264974−S
CONT ON SHEET −
SCHEMATIC DIAGRAM
SH NO.
7
AMX−4−CONTROLLER
7
AMX−4
FIRST MADE FOR
P/L ISSUED
A
TP3
SPARES
J6
+5VDC
18
J12
+5VDC 9
B
C114
22UF
5%
50V
0.1UF
C22,C23,C27,C28,C38,C42,C49,C50,C52,C53,
C57,C58,C61,C62,C66,C76,C77,C80,C84,C85,
C89,C90,C97,C102,C105,C109,C1 10,C113,C114,
C120,C121,C125,C126,C130,C134,C137,C138,
C141,C142,C145,C146,C152,C153,C157,C158,C162,
C166,C172,C186,C187,C192,C195,C196,C199
C200,C204,C205,C209,C210,C214,C216,C225,
C227,C233,C234,C240,C262,C263,C267,C269,
C271,C277,C286,C317,C336,C338,C350,C360,
C397,C424
15 14
RX CX
1
13
T1
Q
U65
HC123
2
4
T2
Q
CLR
11
U46
10
3
3
U116
4
TP4
T1
T2
J6
20
23
Q
U221
HC123
Q
CLR
LOGIC GND
LOGIC GND
11
13
U116
12
11
10
13
U235
4
3
L
+15V
C250
10UF
10%
50V
0.1UF
S
9
Q
U25
HC74
11
8
CP
Q
12
C245,C294,C343,C352,C356,C366
D
13
L
C179
10UF
10%
50V
9
U427
8
HC04
U154
6
12
R74
10K
1
+5V
8
R135
10K
9
+5V
16
7
+5V
16
R287
51
8
12
11
13 HC32
R163
10K
13
16
R83
10K
1, 2,9,10,11,12,13
U228
8
R265
4.7K
1
1
2,3,4,5,6,7
4
R375
15K
1%
R375
15K
1%
13
16
5
R375
15K
1%
12
6
R375
15K
1%
11
P
U272
1
3
2 HC32
U64
1
3
2 AC08
U272
4
6
5 HC32
4
5
U64
9
4
6
5 AC08
U272
12
11
13 HC08
+5V
16
R74
10K
R100
10K
U228
1
3
2 HC32
U60
9
R74
10K
5
U44
5
6
4 HC32
U60
1
3
2 HC08
U154
11
16
12
11
13 HC32
10
U64
9
8
10 AC08
U63
AC32
6
U63
AC32
8
L
L
L
L
ALL DEVICES SHOWN TOP VIEW
S
C373,C381,C395,C405,C428
0.1UF
5
U427
6
HC04
9
8
10 HC08
L
13
C249,C306,C344,C357,C364,
D
U229
12
11
13 HC08
U37
12
1489
SIGNAL GND 5
FOLD
U427
4
HC04
4
6
5 HC08
5
1489
HC14
C
C367,C374,C389,C400,C425
4
U235
10
11
3
U37
U131
11
HC14
10
+15VDC 6
U131
8
12
1489
HC14
TP24
18
9
1489
HC14
L
C
U229
9
8
10 HC08
11
1
HC14
U116
10
U427
2
HC04
UDN6118A
U116
8
12
1
UDN6118A
U266
U116
6
9
5
U229
1
3
2 HC08
U322
8
HC14
6
CX
U87
6
HC04
5
11
ULN2803
P
HC14
5
7
RX
10
L
HC14
L
10
8
HC14
9
LOGIC GND 8
U283
U46
4
3
+5VDC
FOLD
+15V
+15V
+15V
TP23
−15VDC 4
−15V
1
14
1
8
4
11
2
7
7
8
4
5
−15V
TL074
+15V
OP−07
−15V
1
20
1
8
2
7
16
4
5
12
10
LF398N
−15V
18
5
15
S
10
11
S
L
AD7549
1
9
CA3083
TP2
J6
E
+24VDC 2
14
+5V
+24VDC
J11
17
C178
15UF
10%
50V
+24VDC
J6
16
PWR GND 1
L
PWR GND
P
F
+5V
+5V
+5V
+15V
1
14
1
16
1
18
1
20
1
24
1
28
2
10
2
10
2
15
2
15
2
15
12
27
7
8
8
9
9
10
10
11
12
13
74HC04
74HC08
74HC14
74HC30
74HC32
74HC74
74HC125
74HC164
74HC21
DS14C89A
74AC08
74AC32
L
P
74HC112
74HC123
74HC138
74HC221
74HC151
74HC393
74HC4040
DS26LS31
DS26LS32C
74HC163
74HC109
74HC163
74AC245
ULN−2803A
L
L
74HC273
74HC373
74HC533
74HC245
74HC374
74HC688
74HC240
S
14
S
74HC154
82C54
15 −15V
AD7506
CR324
1N5158
CR323
1N5818
1
20 +5V
5
17
10
11
AD7528
L
+5VDC
+15V
S
H
C414
0.1
50V
C418
0.1
50V
1
C412
0.01
50V
C417
0.01
50V
7
C409
0.1
9
11
14
15
AD574A
−15V
+5V
28
S
L
CR416
1N5158
1
40
2
30
20
21
+5V
+5V
80C31
L
1
18
1
28
5
17
12
18
9
10
14
15
UDN−6118A
+24V
24
5
17
12
13
REVISIONS
MK48Z02−20
L
27C512
1
CR415
1N5158
L
S
MADE BY
F.PIERCE 15JUN89
APPROVALS
4
5
6
7
51
8
FOLD
3
FOLD
46−264974−S
FOLD
ISSUED
2
PRINTS TO
404
L
9
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
10
DIV OR
DEPT.
LOCATION
46−264974−S
CONT ON SHEET
−
SH NO.
7
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
52
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
5−2
DIRECTION 2173229−100
CONTROLLER BOARD 5350022 [STARTING Q4 2009]
53
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
54
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
5
4
3
2
1
D
D
GEHC SMT Controller Schematic
Schematic number 5350022SCH
C
C
B
B
A
A
GE Healthcare
AMX−4 Controller
DWG NO:
DATE:
This schematic and its contents are proprietary
Monday, July 14, 2008
and comprise legally protected subject matter
belonging to Jabil Circuit, Inc. Reproduction and
DRAWN BY:
use is controlled.
Mike Reger − Plexus
5
4
3
2
55
1
REV:
5350022SCH
SHEET:
1
of
4
7
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
5
4
3
2
1
5
74HC32
6
74HC14/SO
R98
4.75M
L
L
11p718KHZ
12
RD_L
13
2
11
11p718KHZ sh6
1
3
2
74AC08
L
ADR12_L
7
74HC14/SO
U241
1
1
2
1
2
2
2
1
1
1
2
2
RST_CLR
74HC32
U115A
PSEN
1
OUTD 14
OUTD 13
51.1
1
R631
2
51.1
1
R632
DISP_RST
2
+5V
2
DISP_RST
L
L
R543
10K
ALE
+5V
1
2
A
B
8
CLK
9
CLR
7
QA
QB
QC
QD
QE
QF
QG
QH
12
U46F
13
3
4
5
6
10
11
12
13
3
2
D
4
3
CLK
74HC04
1
4
CLR
PRE
U87B
74HC164/SO
L
GND
16
24
11
ADR12_L
VCC
GND
RDP0_L sh3
RDP1_L sh4
RDP2_L sh5
RDP4_L sh3
RDP5_L sh6
RDP6_L sh3
U24
23
22
21
20
A
B
C
D
18
19
G1
G2
Y0
Y1
Y2
Y3
Y4
Y5
Y6
Y7
Y8
Y9
Y10
Y11
Y12
Y13
Y14
Y15
4
3
CE2
6
74HC32/SO
+5V
/−− WRITE PORT SELECT
1
2
3
4
5
6
7
8
9
10
11
13
14
15
16
17
WRP0_L
sh4
WRP2_L sh4
WRP3_L sh3
WRP4_L sh6
WRP5_L sh5 NOTES:
WRP6_L sh6
WRP7_L sh5
1. ALL RESISTORS ARE IN OHMS
WRP8_L sh4
WRP9_L sh4
ALL CAPACITORS ARE IN uF
WRP10_L sh6
FOR TOLERANCES AND OTHER RATINGS
WRP11_L sh4
REFER TO BILL OF MATERIALS (BOM)
WRP12_L
2. _L (WAS *) INDICATES AN ACTIVE LOW
3. FOR PROPER CONFIGURATION OF JUMPER JP1
74HC154/SO
REFER TO ”FINAL SWITCH AND JUMPER
SETTINGS SECTION” INSIDE 5350022TST
SPECIFICATION
L
U95A
Q
Q
TP11
GE Healthcare
5
6
AMX−4 Controller
74HC74/SO
DATE:
L
2
56
U228B
5
DWG NO:
Monday, July 14, 2008
DRAWN BY:
5
B
A
+5V
R544
10K
74HC14/SO
L
15
14
13
12
11
10
9
7
4
8
74HC04
74HC32
+5V
12
U82
GND
12MHZ
13
+5V
R86
10K
VCC
12
1
2
VCC
WR_L
51.1
Y0
Y1
Y2
Y3
Y4
Y5
Y6
Y7
74AHC138/SO
L
L
74HC04/SO
U87D
9
sh6
+5V
G1
G2A
G2B
10
ADR12
14
1
74HC240_8
5
U44D
51.1
R630
ADR7
ADR8
ADR9
ADR10
6
DISP_RESET_L sh6
2
6
4
5
L
WE
U115B
BUF_DISP_DATA_OUT
/−− READ PORT SELECT
+5V
SERVICE_SW_OUT_L
7
R686
100
2
A
B
C
U222E
11
74HC32
14
OE2
OE1
1
JP1
JUMPER−6PIN
ADR11
L
2
1
2
3
+5V
ADR12
51.1
R634
U170
RD_L
ADR12_L
3
2
+5V
L
7
ALE
MK48Z02
8
RD_L
<−− RAM2
ADR8
ADR9
ADR10
3
+5V
WR_L
P0AD0
P0AD1
P0AD2
P0AD3
P0AD4
P0AD5
P0AD6
P0AD7
9
10
11
13
14
15
16
17
GND
24
12
4.7K
2
FDBK_OUT sh5
OE
WE
CE
R577
10K
74HC32
4
1
20
VCC
19
1
DISP_DATA_OUT_RTN sh6
OUTC 10
OUTC 11
2
10
2
VCC
10K
DISP_DATA_OUT sh6
9
7
5
3
12
14
16
18
51.1
R633
1
R581
EN
EN
8
1
4
12
1
Y8
Y7
Y6
Y5
Y4
Y3
Y2
Y1
R635
1
2
10K
OUTA 2
OUTA 3
OUTB 6
OUTB 5
L
1
INA
INB
INC
IND
2
16
L
R573
1
7
9
15
+5V
TXD
U288
AM26LS31/SO
IN8
IN7
IN6
IN5
IN4
IN3
IN2
IN1
GND
10K
+5V
A
11
13
15
17
8
6
4
2
2
10
R583
1
+5V
L
1
ADR12
20
21
18
+5V
2 +5V
8
L
10K
+5V
GND
80C31
RXD
2
2
VCC
RXD
TXD
INT0
X−RAY_ON
R56
1
U44C
9
7
1
44
L
ADR11
U54
D0
D1
D2
D3
D4
D5
D6
D7
14
8
EA
RST
RD_L
WE
CE2
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
GND
14
U235D
9
35
10
ALE 33
32
PSEN
NIC1 1
12
NIC12 23
NIC23 34
NIC34
<−− RAM1
8
7
6
5
4
3
2
1
23
22
19
24
RESET_UCTL
+5V
X1
X2
ADR0
ADR1
ADR2
ADR3
ADR4
ADR5
ADR6
ADR7
ADR8
ADR9
ADR10
P0AD0
P0AD1
P0AD2
P0AD3
P0AD4
P0AD5
P0AD6
P0AD7
9
10
11
13
14
15
16
17
VCC
L
L
21
20
OE
WE
CE
D0
D1
D2
D3
D4
D5
D6
D7
14
X−RAY_ON
X−RAY_ON
UCTLR_X1
U107
12
INT0
20
21
18
+5V
7
U63D
74HC32
11
13
14
15
16
17
18
19
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
C
27C512A/SOIC
L
12
74HC04
MK48Z02
14
12
WATCHDOG_CLR_L sh3,4,6
P3.0/RXD
P3.1/TXD
P3.2/INT0
P3.3/INT1
P3.4/T0
P3.5/T1
P3.6/WR
P3.7/RD
VCC
GND
74HC123
Q
11
13
P1.0
P1.1
P1.2
P1.3
P1.4
P1.5
P1.6
P1.7
ADR8
ADR9
ADR10
ADR11
ADR12
ADR13
ADR14
ADR15
24
25
26
27
28
29
30
31
14
CLR
5
2
3
4
5
6
7
8
9
32
U87F
7
16
6
7 CEXT
REXT/CEXT
11
Q
P1D0
P1D1
P1D2
P1D3
P1D4
P1D5
P1D6
P2.0/A8
P2.1/A9
P2.2/A10
P2.3/A11
P2.4/A12
P2.5/A13
P2.6/A14
P2.7/A15
VCC
A
B
sh3,6
sh3,6
sh3,6
sh3
sh3
sh3
sh3
P0.0/AD0
P0.1/AD1
P0.2/AD2
P0.3/AD3
P0.4/AD4
P0.5/AD5
P0.6/AD6
P0.7/AD7
8
7
6
5
4
3
2
1
23
22
19
12
26
1
9
10
12
VCC
U65B
2
sh6 SW_DATA_INPUT
R624
ADR0
ADR1
ADR2
ADR3
ADR4
ADR5
ADR6
ADR7
ADR8
ADR9
ADR10
1
17
25
23 G/VPP
E
+5V
16
20
74HC04/SO
+5V
1
10
1
WATCHDOG_CLR sh4
+5V
RST_L
R570
10K
ADR0
ADR1
ADR2
2
1
WRP12_L
C68
1
2
R119
1
2
13K
10uF
WATCHDOG_CLR
GND
4
43
42
41
40
39
38
37
36
27C512A/SOIC
P0AD0
P0AD1
P0AD2
P0AD3
P0AD4
P0AD5
P0AD6
P0AD7
13
14
15
18
19
20
21
22
Q0
A0
A1
Q1
A2
Q2
A3
Q3
A4
Q4
A5
Q5
A6
Q6
A7
Q7
A8
A9
DU1
A10 DU17
A11
A12 NC12
A13 NC26
A14
A15
16
14
VCC
GND
7
1
14
3
7
+5V
2
RST_L
+5V
L
U103
P0AD0
P0AD1
P0AD2
P0AD3
P0AD4
P0AD5
P0AD6
P0AD7
VCC
+5V
RD_L
U222B
32
L
22
7
11
10
+5V
+5V
11
10
9
8
7
6
5
4
29
28
24
27
3
30
31
2
PSEN
25
23 G/VPP
E
CE_EPROM
13
sh4,5,6 ADR0
sh4,6 ADR1
sh4 ADR2
L
12
26
6
CLR
PRE
CLK
OE
PSEN
ADR0
ADR1
ADR2
ADR3
ADR4
ADR5
ADR6
ADR7
ADR8
ADR9
ADR10
ADR11
ADR12
ADR13
ADR14
ADR15
1
17
4
CLK
13
10
9
8
11
1
ADR0
ADR1
ADR2
ADR3
ADR4
ADR5
ADR6
ADR7
2
5
6
9
12
15
16
19
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
U51
P0AD0
P0AD1
P0AD2
P0AD3
P0AD4
P0AD5
P0AD6
P0AD7
5
11
Q
Q
D1
D2
D3
D4
D5
D6
D7
D8
L
U174E
14
/−− EPROM 2 −−\
13
14
15
18
19
20
21
22
Q0
A0
A1
Q1
A2
Q2
A3
Q3
A4
Q4
A5
Q5
A6
Q6
A7
Q7
A8
A9
DU1
A10 DU17
A11
A12 NC12
A13 NC26
A14
A15
3
D
3
4
7
8
13
14
17
18
R106
301
U60B
74HC08
74HC32
74HC04/SO
P0AD0
P0AD1
P0AD2
P0AD3
P0AD4
P0AD5
P0AD6
P0AD7
L
6
5
SERVICE_SW_OUT
74HC373/SO
74HC74/SO
R67
10K
B
12
11
13
74HC04/SO
4
14
12
U108
7
U60C
74HC08
L
7
8
U115D
4
+5V
RESET_UCTL
187p5KHZ
GND
14
3
74HC74/SO
/−− LOW ADDRESS LATCH −−\
2
9
10
L
U174B
CLR
PRE
CE_EPROM
5
6
ALE
U59B
C177
0.01uF
1
4
Q
Q
8
10K
CLK
74HC32
+5V
DS1489_1
D
3
GND
2
2
11
10
9
8
7
6
5
4
29
28
24
27
3
30
31
2
GND
2
7
9
R596
U60A
74HC08
L
8
10
74HC14/SO +5V
8
1
1
2
ADR0
ADR1
ADR2
ADR3
ADR4
ADR5
ADR6
ADR7
ADR8
ADR9
ADR10
ADR11
ADR12
ADR13
ADR14
ADR15
+5V
U59A
3
U115C
9
R578
PWR_UP_DELAYsh3 10K
10
1
7
14
7
14
100K
100
+5V
sh5 PWR_DWN_RST_HOLDOFF
2
2
2
R55
10K
2
74HC04/SO
L
L
2
L PBSW
sh6 PWR_DWN_RST
2
93p750KHZ
14
1
1
VCC
2
1
1
3
2
1
5
R180
U174A
U116A
1
U160C
7
6
4
+5V
L
S183
RST_CLR_L sh5
+5V
C176
4.7
2
TP183
RST_CLR_L
1
1
2
+5V
1
D
P0AD[0..7]
U104
+5V
R118
2
D4 sh3,4,5,6
D3 sh3,4,5,6
D2 sh3,4,5,6
D5 sh3,4,5,6
D6 sh3,4,5,6
D1 sh3,4,5,6
D0 sh3,4,5,6
D7 sh3,4,5,6
ADR[0..15]
/−− EPROM 1 −−\
+5V
RST_CLR
1N4148
R556
10K
74AC245/SO
U63A
74HC32
UCTLR_X1
L
C
R559
10K
L
VCC
L
CR181
R555
10K
D4
D3
D2
D5
D6
D1
D0
D7
L
L
2
R43
301
R182
100K
20
DIR
OE
VCC
1
19
R687
100
R560
10K
GND
2
DIR_U96
U64D
1
1
1
1
1
2
2
2
1
1
1
1
1
93p750KHZ sh6
WR_L
R552
10K
18
17
16
15
14
13
12
11
B0
B1
B2
B3
B4
B5
B6
B7
10
1
U46C
+5V
750KHZ sh6
375KHZ sh6
A0
A1
A2
A3
A4
A5
A6
A7
R563
10K
GND
TP9
R101
4.7K
750KHZ
375KHZ
187p5KHZ
93p750KHZ
2
3
4
5
6
7
8
9
R551
10K
1
L
OSCILLATOR
VCC
GND
3
1
L
RST
+5V
U96
2
Y36
16
8
2
+5V
2
GND 2
+5V
L
1
14
OE
U44A
7
2
VCC
1
7
1
C27
0.1uF
OUT 3
14
1
2
1
4
L
+5V
11
74HC74/SO
9
7
6
5
3
2
4
13
12
14
15
1
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
Q9
Q10
Q11
Q12
R564
10K
+5V
R579
10K
R584
10K
1
7
74HC14/SO
+5V
R35
10K
+5V
L
CLK
R572
10K
14
+5V
74HC4040/SO
10
7
8
R574
10K
P0AD4
P0AD3
P0AD2
P0AD5
P0AD6
P0AD1
P0AD0
P0AD7
14
9
R536
10K
2
CLR
PRE
R535
10K
R534
10K
2
1
4
R533
10K
2
RD_L
U99
DIR_U96
5
6
Q
Q
7
14
D
12MHZ
U46D
+5V
7
+5V
14
CLK
VCC
D
3
GND
2
2
ALE
/−− CLOCK GENERATOR −−\
+5V
+5V
U25A
2
R26
10K
2
1
+5V
Mike Reger − Plexus
1
REV:
5350022SCH
SHEET:
2
of
4
7
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
4
10
14
7
3
11
14
7
14
14
14
7
7
5
14
9
C
14
+5V
L
14
11
9
DS1489_1
P1D5
2
7
2
P1D4 sh2
U46A
1
P1D5 sh2
74HC14/SO
U222D
P1D6
8
7
2
3
11
5
20
VCC
GND
1
2
7
14
1
7
P1D4
10
74HC04
+5V
DS1489_1
13
74HC04/SO
U87E
11
C213
0.1uF
2
74HC21/SO
P1D3 sh2
P1D6 sh2
74HC04/SO
L
DS1489_1
2
L
5
6
U222A
1
2
74HC04/SO
7
74HC04/SO
B
L
X−RAY_ON
X−RAY_ON
+5V
1
2
L
2
10uF
14
15 CEXT
REXT/CEXT
3 CLR
Q
4
sh2,4,6 WATCHDOG_CLR_L
U283−1
10
8
9
1
18
ULN2803A
74HC32/SO
SONART_L sh6
P
+5V
+24V
8
L
1
Q
13
+24V
U228C
U283−2
10
C432
0.01uF
A
B
10
9
U221A
7
+5V
R519
10K
14
C431
0.01uF
74HC533/SO
10
14
R517
10K
2
1
R430
1.13K
1
1
L
1
VCC
GND
5
12
9
6
74HC123/SO
L
AEC_EXP_EN
2
17
X−RAY_ON_LAMP_Lsh6
ULN2803A
7
74HC04/SO
L
\− 47.6mS X−RAY INDICATORS −/
+5V
U144B
4
U131A
7
74HC04/SO
2
L
U132A
A
1
74HC08
3
GE Healthcare
7
3
4
U222C
5
sh2 PWR_UP_DELAY
C220
RDP6_L sh2
10
+5V
DS1489_1
U229B
74HC08/SO
+5V
14
L
74HC14/SO
1
7
8
C281
0.001uF
U235A
14
10
DS1489_1
L
L
AMX−4 Controller
DS1489_1
L
DWG NO:
This schematic and its contents are proprietary DATE:
Monday, July 14, 2008
and comprise legally protected subject matter
belonging to Jabil Circuit, Inc. Reproduction and
DRAWN BY:
use is controlled.
Mike Reger − Plexus
5
P1D1 sh2,6
P1D2 sh2,6
P1D3
12
11
U211D
7
2
9
2
1
14
1
1
C129
0.1uF
L
LE
OE
D0
D1
D2
D3
D4
D5
D6
D7
2
5
6
9
12
15
16
19
U144E
11
3
7
14
2
10K
3
2
2
L
7
C230
0.1uF
1
DS1489_1
6
+5V
R506
U236A
1
10K
4
2
12
DS1489_1
11
1
Q0
Q1
Q2
Q3
Q4
Q5
Q6
Q7
L
U131B
C133
0.1uF
L
D0
D1
D2
D3
D4
D5
D6
D7
+5V
14
2
10K
+5V
1
2
1
2
2
1
DS1489_1
8
C261
0.1uF
10K
2
sh6 AEC_ON
11
3
4
7
8
13
14
17
18
U189C
5
DS1489_1
DS1489_1
10
R505
sh6 AEC_EXP_EN_IN
R620
2
P1D1
+5V
U122
6
C191
0.1uF
L
11
0.1uF
L
1
R605
C232
10K
A
sh6 KVP_DOWN
1
DS1489_1
13
10K
sh6 TAP_6_FDBK
P
U188D
L
L
U236D
13
D0
D6
D5
D3
D4
D2
D1
D7
8
12
13
74HC04/SO
U144F
L
DS1489_1
13
C282
0.1uF
/− GENERATOR & AEC STATUS −\
4
C185
0.1uF
1
20
VCC
LE
OE
2
5
6
9
12
15
16
19
R613
10K
R320
2.2K
U188B
2
9
2
11
1
74HC533/SO
0.1uF
1
2
sh2 RDP4_L
Q0
Q1
Q2
Q3
Q4
Q5
Q6
Q7
2
9
10
P1D2
13
L
U280D
6
C258
0.1uF
2
C156
2
sh6 KVP_UP
8
D0
D1
D2
D3
D4
D5
D6
D7
R607
1
2
5
U154C
L
R621
DS1489_1
10
1
2
2
2
1
C231
10K
1
6
3
4
7
8
13
14
17
18
1
sh6 TAP_5_FDBK
1
sh6 X−RAY_ON_IN
DS1489_1
4
L
GND
U155
0.1uF
R604
10
2
5
2
1
R622
1
U280C
14
2
5
R603
+5V
U236B
1
2
L
3
L
U189B
10K
/− OPERATOR I/O STATUS −\
DS1489_1
4
1
sh6 TAP_4_FDBK
6
0.1uF
L
sh6 MAS_DOWN
R321
+5V
U211A
L
1
2
1
4
10K
2
1N4148
11
C257
0.1uF
L
C161
2
R611
10K
+5V
DS1489_1
13
10K
U160B
P
R623
12
10
10
VCC
1
D
U112B
3
7
1
2
10K
sh6 TAP_3_FDBK
L
1
1
sh6 1KHZ_INV_RDY
2
U189A
12
DS1489_1
R602
2
2
10K
R330
10K
sh6 MAS_UP
CR14
L
U189D
1
2
1
sh6 TAP_2_FDBK
10
1
R593
1
L
+5V
L
L
L
1
C256
0.1uF
10K
R502
10K
sh6 FIELD_LIGHT_SW
C208
0.1uF
2
2
U144A
DS1489_1
1
10K
1
L
SW−8PST
1
20
2
3
7
0.1uF
2
1
7
+5V
7
10
20
14
1
L
B
sh6 TAP_1_FDBK
R601
U160A
C274
S75G
2
P1D0 sh2,6
L
2
6
+5V
L
1
2
10K
1
2
14
2
R326
10K
P
2
2
2
9
2
1
L
R610
R616
DS1489_1
4
C212
0.1uF
10K
sh6 FIL_SHRT_DETECT
+5V
1
1
sh6 ROTOR_INTLK
+5V
DS1489_1
P
sh6 KEY_SWITCH_ON
2
8
0.1uF
2
P1D0
74HC21/SO
+5V
74HC273/SO
1
U211B
L
C169
10K
R333
10K
C215
0.1uF
10K
KVP4_L sh6
ULN2803A
LED
U164C
10
1
sh6 60HZ_INV_OK
R615
2
2
1
DS1489_1
U78−5
1
R590
1
1
LED
DS16
CLR
16
5
2
0.1uF
L
sh6 DRIVE_ENA_SW
1
6
8
L
+24V
14
10
+5V
4
C284
KVP5_L sh6
2
2
10K
2
10K
2
R626
LED
DS17
U280B
1
1
DS1489_1
CLK
1
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
L
L
1
U78−6
R614
12
0.1uF
LED
DS18
1
sh6 X−RAY_PRESS_SW
13
5
2
LED
DS19
1
8
2
4
5
2
5
6
9
12
15
16
19
+5V
U211C
KVP6_L sh6
+24V
ULN2803A
11
10K
12
10
2
C
LED
DS9
1
L
C239
10K
sh6 RIGHT_STALL
74HC533/SO
DS1489_1
1
2
2
/− CRITICAL STATUS INPUTS −\
12
1
2
LE
OE
LED
DS11
R580
U112A
6
L
U78−7
6
1
GEN_READY_L sh6
2
2
R625
11
1
11
ULN2803A
2
LED
DS12
1
2
1
sh2 RDP0_L
1
U236C
1
1
P
0.1uF
L
9
2
R332
10K
sh6 LEFT_STALL
11
DS13
74HC04/SO
L
TMR2_OUT
14
13
C168
L
D[0..7]
2
10K
12
R597
1
1
sh6 TUBE_PARKED_SW
D3
D5
D6
D0
D7
D1
D2
D4
DS1489_1
L
8
1
U160D
2
5
6
9
12
15
16
19
9
2
L
P
Q0
Q1
Q2
Q3
Q4
Q5
Q6
Q7
11
U111
3 D1
4 D2
7 D3
8 D4
13
D5
14 D6
17 D7
18 D8
74HC04/SO
U174D
1
L
74HC04/SO
D0
D1
D2
D3
D4
D5
D6
D7
L
U164D
13
+5V
1
2
+5V
+5V
+24V
7
C165
0.1uF
DS1489_1
2
7
DS1489_1
CLR
6
P
U78−8
8
L
2
R331
10K
KVP0_L sh6
+24V
5
C167
10K
U78−2
17
ULN2803A
1
1
L
2
0.1uF
2
R334
10K
1
sh6 RST_L
sh6 EXP_SW
R591
6
1
3
4
7
8
13
14
17
18
CLK
1
4
2
12
VCC
13
11
74AC273/SO
GND
3
U151
C273
7
2
2
1
10K
BMPR_L
U222F
sh2 WRP3_L
10K
KVP1_L sh6
2
ULN2803A
10
14
2
1
1
sh6 BUMPER_L
R612
+5V
L
U280A
/− CHARGER & DRIVE STATUS −\
+5V
P
2
5
6
9
12
15
16
19
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
2
+5V
U174C
1
R503
10K
+5V
D1
D2
D3
D4
D5
D6
D7
D8
10
1
SW−8PST
3
4
7
8
13
14
17
18
10
12
14
5
+5V
L
D3
D2
D1
D0
D7
D6
D5
D4
GND
2
R501
10K
+24V
R592
0.1uF
18
ULN2803A
10
1
U79
1
sh6 PREP_SW
U78−1
1
+5V
S75E
KVP2_L sh6
2
2
11
SW−8PST
16
/− AEC CONTROL −\
10
6
+5V
U164B
ULN2803A+24V
DS1489_1
L
L
S75F
+5V
U78−3
1
2
0.1uF
7
C276
/− DEBOUNCE −\
KVP3_L sh6
+24V
3
1
10K
3
15
ULN2803A
10
1
1
U78−4
4
10
2
2
+24V
D0
D1
D2
D3
D4
D5
D6
D7
20
R617
1
U154A
D0
D1
D2
D3
D4
D5
D6
D7
9
14
+5V
sh6 LINE_SENSE
3
sh2,4,5,6
sh2,4,5,6
sh2,4,5,6
sh2,4,5,6
sh2,4,5,6
sh2,4,5,6
sh2,4,5,6
sh2,4,5,6
2
5
4
3
2
57
1
REV:
5350022SCH
SHEET:
3
of
4
7
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
5
4
3
2
1
D[0..7]
D0
D1
D2
D3
D4
D5
D6
D7
−15V
UPD
4
1
8
KVP_DMN+ sh6
CS
9
L
S
6
R353
1
100
OP07
sh2 WRP0_L
11
sh2,3,6 WATCHDOG_CLR_L
1
2
+24V
U318
VB
10
OUT1
OUT2
OUT3
OUT4
OUT5
OUT6
OUT7
OUT8
18
17
16
15
14
13
12
11
20
CLK
CLR
74AC273/SO
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
2
5
6
9
12
15
16
19
1
2
3
4
5
6
7
8
IN1
IN2
IN3
IN4
IN5
IN6
IN7
IN8
9
COM
TAP6_L sh6
ROTOR_SELECT_L sh6
SAFETY_CONT_ENB_L sh6
TAP1_L sh6
TAP2_L sh6
TAP3_L sh6
TAP4_L sh6
TAP5_L sh6
ULN2803
P
L
+15V
S
L
ADR[0..2]
sh2 WRP11_L
3
AR354
D1
D2
D3
D4
D5
D6
D7
D8
7
5
CLR
AGND
2
3
4
7
8
13
14
17
18
VCC
D3
D2
D1
D0
D7
D6
D5
D4
GND
20
Vdd
13
VREFB
14
RFBB
IOUTB 15
D
+5V
U351
N2
sh2,5,6 ADR0
sh2,6 ADR1
sh2 ADR2
11
FIL_DMN+ sh6
−15V
N1 NC
10K
WATCHDOG_CLR
sh2
/−− GEN CONTROL 2 −−\
2
100
+15V
16
5
LGND
2
WR
R553
10
1
+5V
1
OP07
TP26
A0
A1
A2
12
8
7
6
S
19
VREFA 18
RFBA
IOUTA 17
+
ADR0
ADR1
ADR2
DB0
DB1
DB2
DB3
−
4
3
2
1
+
D0
D1
D2
D3
6
R358
10
3
−10V_REF
AR359
N2
U355
AD7549
TP27
4
1
8
2
7
5
+15V
−
D0
D1
D2
D3
D4
D5
D6
D7
N1 NC
D
sh2,3,5,6
sh2,3,5,6
sh2,3,5,6
sh2,3,5,6
sh2,3,5,6
sh2,3,5,6
sh2,3,5,6
sh2,3,5,6
C
C
2
9
10
D3
D5
D6
D0
D7
D1
D2
D4
2
TP19
AR404C
81
R406
2
LEFT_DRV_CMND+ sh6
100
TL074_4
sh2 WRP2_L
TP17
1
S
1 1N5818
S
R627
1
XMIT_OK_L
2
BAUD RATE SW
OPTION SW 1
13
S75D
14
4
3
R537
10K
74HC14/SO
sh5 AD_STATUS
R335
1
+5V 2
10K
sh2 RDP1_L
+5V
1
SERVICE_SW_IN
R594
2
U164A
1
10K
C237
0.1uF
2
+15V
L
20
14
7
CHARGE_SCALE−SELECT sh6
1
3
R682
2
D1
D2
D3
D4
D5
D6
D7
D8
11
1
LE
OE
10
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
D3
D5
D6
D0
D7
D1
D2
D4
2
5
6
9
12
15
16
19
U283−3
16
CHARGER_RELAY_L sh6
ULN2803A
U322C
3
16
2982
FULL_SPD_ENA sh6
1
R683
2
4.7K
P
+5V
U174F
14
V−CHARGE_CMND sh6
13
12
SERVICE_SW_OUT (SERVICE_SW)
A
L
DS1489_1
7
100
OP07
2
14
R370
B
P
L
2
1
1
6
7
A
AR369
7
5
\−−−−− D/A CONVERTERS −−−−−/
N2
3
N1 NC
2
3
3
4
7
8
13
14
17
18
74HC373
L
4
1
8
S
+
L
−
sh2 WRP9_L
P
BAT_V_SEL sh6
(BAT V & CHARGE CUR SEL)
R681
1
2
4.7K
P
20
U159
L
−15V
2
4.7K
+24V
+5V
sh6 BU_TMR_OK
S75C
R680
4.7K
EXP_CMND_STATUS
SW−8PST
1
6
L
SW−8PST
P
TRIP_BRKR sh6
17
2982
VCC
2
R557
10K
LEAKAGE_COMP+ sh6
2
U322B
/−− ON BOARD STATUS −−\
2
2
100
2
R361
14
2982
1
1
4
1
8
OP07
1
7
5
AGND
C238
0.1uF
+5V
6
U322A
NC1
18
NC2
2982
2
14
10K
R679
4.7K
5
TP28
AR362
1
U235C
5
DRIVE_RESET sh6
1
+24V
10
7
2
L
+15V
1
LGND
5
WR
S
+
3
−
16
1
DISPLAY_OK
−15V
2
15
2982
LU322E
GND
OP07
4
+5V
7
HANDLE_CHECK_L sh5,6
(I−CHARGE_CMND)
1
2
100
2
P
2
4
1
8
1
7
5
17
Vdd
+
CS
6
R595
+15V
18
VREFB 19
RFBB 20
OUTB
A/B
15
−
AD7528
S
N2
6
−10V_REF
4
VREFA 3
RFBA
OUTA 2
N1 NC
ADR0
DB0
DB1
DB2
DB3
DB4
DB5
DB6
DB7
N2
14
13
12
11
10
9
8
7
N1 NC
U363
D0
D1
D2
D3
D4
D5
D6
D7
R576
10K
TP29
R678
U322D
74HC14/SO
L
MOTOR_ENAsh6
1
L
12
1
−15V
13
4.7K
2
5
6
9
12
15
16
19
U235F
13
+5V
3
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
6
2982
10K
B
R365
U272C
74HC32
+5V
R571
10K
AR368
CLR
2
L
+5V
2
CLK
74AC273/SO
2 1N5818
+5V
11
D1
D2
D3
D4
D5
D6
D7
D8
U322F
3
74HC08
10
L
3
4
7
8
13
14
17
18
VCC
U264
20K
10K
+5V
2
2
100
14
CR323
R410
1
RIGHT_DRV_CMND− sh6
1
CR324
1
sh2 WRP8_L
S
2
U193A
1
9
11
R408
1
AR404A
TL074_4
1
+15V
L
1
20K
8
10
4
AGND
1
LGND
5
S
R407
9
BMPR_L
GND
17
Vdd
WR
CS
3
+
16
−
15
2
2
12
14
1
R398
+
AD7528
A/B
13
AR404D
TL074_4
−15V
18
VREFB 19
RFBB 20
OUTB
TP18
2
10K
TP16
S
4
VREFA 3
RFBA 2
OUTA
1
+
6
7
20K
R401
−
−
ADR0
DB0
DB1
DB2
DB3
DB4
DB5
DB6
DB7
AR404B
TL074_4
+5V
/−− CHARGER AND DRIVE CONTROL −−\
2
+
14
13
12
11
10
9
8
7
R399
1
−
6
5
D0
D1
D2
D3
D4
D5
D6
D7
1
20K
+5V
U402
R403
10
2
sh6 HALL_RGT_LFT_REF
74HC04/SO
L
SERVICE_SW_OUT_L
GE Healthcare
(SERVICE_SW*)
AMX−4 Controller
DATE:
5
4
3
2
58
DWG NO:
Monday, July 14, 2008
DRAWN BY:
Mike Reger − Plexus
1
REV:
5350022SCH
SHEET:
4
of
4
7
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
5
4
3
2
1
+5V
2
7
8
1
1
1N4148
D0
D1
D2
D3
D4
D5
D6
D7
11
10
9
A
B
C
7
G
C376 0.1uF
sh2 RDP2_L
2
3
sh6 +24V_VF_SUPPLY
18K
1
S
12
2
DCOM
ACOM
9
2
10
1
10
GND
2
+15V
+15V
1
2
AR247
6
2
R246
1
Q242B
CA3083
6
200
OP07
7
5
A
1
2
R244
1 3
51
AR300D
Q242A
CA3083
R308
10
GE Healthcare
TP15
14
TL074_4
HALL_RGT_LFT_REF sh6
R311
4.7K
3
DWG NO:
Monday, July 14, 2008
DRAWN BY:
2
59
AMX−4 Controller
DATE:
2
P
4
L
−10V_REF
S
5
2 1N5818
OP07
1
S
1 1N5818
6
4
13
R299
4.7K
16
TP30
AR371
1
2
7
R297
1
1
4
1
8
2
1
0.1uF
3
AR392B
2
1
1
2
+
15K
R385A
1
R310
10K
2
CR415
+15V
P
TL074_4
C388
2
10K
+
5
2
R309
REFOUT
−
−
2
6
8
1
8
CR416
R243
62
4
1
8
9
R385H
+
15K
1
−15V
TL074_4
R298
2.2K
15K
3
−
R385B
R378
2
N2
9
2
+5V
−15V
AR300C
10
74ACT245
R372 10K
2
1
N1 NC
R385C
15K
15
74HC04/SO
+15V
1
D0
D1
D2
D3
D4
D5
D6
D7
U427E
1
15K
11
12
13
14
15
16
17
18
10
10K
R301
B7
B6
B5
B4
B3
B2
B1
B0
B
C248
2
A7
A6
A5
A4
A3
A2
A1
A0
74HC04/SO
0.1uF
1
sh6 LEAKAGE_COMP_FDBK+
11
S
2
sh6 +40V_VF_DISP_SUPPLY
G
DIR
9
8
7
6
5
4
3
2
AD574_1
2
12
6
C393 0.1uF
sh6 LEAKAGE_COMP_FDBK−
13
AR377
9
AD_STATUS sh4
19
1
7
15K
U411
8
0.1uF
C409
L
28
DB4
DB5
DB6
DB7
DB8
DB9
DB10
DB11
C
+5V
7
5
8
1
R375H
C417
0.1uF
1
OP07
C379
C418
0.01uF
STATUS
16
17
18
19
20
21
22
23
24
25
26
27
D0 sh2,3,4,6
D1 sh2,3,4,6
D2 sh2,3,4,6
D3 sh2,3,4,6
D4 sh2,3,4,6
D5 sh2,3,4,6
D6 sh2,3,4,6
D7 sh2,3,4,6
7
5
4
1
8
+
2
−
3
0.1uF
VCC
VL
VEE
DB0
DB1
DB2
DB3
DB4
DB5
DB6
DB7
DB8
DB9
DB10
DB11
U427F
14
S
14
C412
N2
2
7
15K
A
0.01uF
N1 NC
15K
R375G
0.1uF
D[0..7]
N2
10
2
7
1
11
+5V
−15V
−15V
N1 NC
sh6 FIL_FDBK−
1
L
15K
15
+15V
NC 5
2
3
sh6 FIL_FDBK+
S
10K
74HC374
2
R375C
L
2
3
13
7
1
R375B
NC2
NC3
NC13
1
13
S
S
sh2,4,6 ADR0
C414
R289
2
HOLD
L
D0
D1
D2
D3
D4
D5
D6
D7
2
R688
100
+15V
1
L
10K
13
14 10VSPAN
20VSPAN
10
REFIN
12 BIPOFF
8
REFOUT
2
12/8
4 A0
6 CE
5 R/C
3 CS
1
LF398
7
2
TL074_4
EN
R420
49.9
1
20
CLK
OE
4
1
2
0.1uF
11
1
18
+15V
−15V
2
REFOUT
2
4
5
6
9
13
L
14
3
15K
R385D
C380
sh2 WRP5_L
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
A0
A1
A2
A3
11 LOG
NC2
10
14 LOGREF NC4
OFFSET NC5
NC6
12 V+
NC9
3 V−
NC13
−15V
pin 14 is not connected
{ GE 07/27/07 }
12
11
5
15K
1
4
12
B
AR392A
D1
D2
D3
D4
D5
D6
D7
D8
2
5
6
9
12
15
16
19
17
16
15
14
0.033uF
IN
CAP
+
sh6 KVP_DMN_FDBK+
2
+
15K
R385E
3
4
7
8
13
14
17
18
VCC
−15V 15K
6
−
R385F
10
D7
D4
D2
D1
D0
D3
D6
D5
GND
R385G
7
11
2
A/D CTRL
10
1
sh6 KVP_DMN_FDBK−
U339
C386 0.1uF
27
8
2
+5V
S
−15V
+15V
1
3
S
+15V
5%
1
C429
2
S
1
1
R391C
15K
0.1uF
OUT 28
2
TL074_4
C387
2
14
S1
S2
S3
S4
S5
S6
S7
S8
S9
S10
S11
S12
S13
S14
S15
S16
14
1
15K
12
14
4
AR392D
11
sh2 WRP7_L
R337
U413
OUT 7
−
13
sh6 LEFT_DRV_FDBK+
13
19
20
21
22
23
24
25
26
11
10
9
8
7
6
5
4
1
/−− 12 BIT ADC −−\
TP20
AR426
2
1
15K
5
15K
R391D
TP31
+
R391E
−
12
+5V
/−− SAMPLE/HOLD −−\
AD7506
U342
11
D3
D5
D1
D7
D0
D6
D2
D4
sh2 RST_CLR_L
sh2 RDP2_L
/−− ANALOG MUX −−\
2
R391F
6
P
3
4
7
8
13
14
17
18
L
1
1
1
sh6 LEFT_DRV_FDBK−
R419
1.13K
−15V
C390 0.1uF
CLR
74HC273
R423
30.1K
S
D1
D2
D3
D4
D5
D6
D7
D8
GND
2
2
10K
1
C
R422
10.2K
S
0.1uF
R290
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
CLK
R421
10K
2 1
1
TL074_4
+24V
2
+5V
2 1
16
DISP_RST
+15V
8
R391A
15K
C396
2
AR392C
+
10
+
2
15K
16
15K
9
−
15
sh6 RIGHT_DRV_FDBK+
sh2 PWR_DWN_RST_HOLDOFF
9
VCC
7
15K
R391B
2
5
6
9
12
15
16
19
L
R391H
8
+5V
U127
74HC151/SO
2
−
10
sh6 RIGHT_DRV_FDBK−
R391G
FDBK_OUT sh2
20
1
5
6
/−− ON BOARD CONTROL −−\
8
C394 0.1uF
Y
Y
20
L
LEFT_HALL_INPUT sh6
4
3
2
1
15
14
13
12
VCC
sh6 TMR0_OUT
sh6 TMR1_OUT
sh6 TMR2_OUT
VCC
1
DS1489_1
GND
U123
1
S
D
+5V
10K
15
1
1
2
2.2K
CR341
2
10
P
R305
1
R307
100
S
2
TL074_4
10K
0.1uF
C303
U188C
R606
R325
2.2K
TP22
DS1489_1
L
1
sh6 BAT_V
7
2
2
5
+
R304
2.2K
2
3
9
1
HANDLE_CHECK_L sh4,6
U188A
1
P
RIGHT_HALL_INPUT sh6
(BAT_V_AND_CHARGING_CUR)
AR300B
−
1
sh6 LFT_MAN_TDS_OUT
R302
2
R319
2.2K
1N4148
6
R600
10K
2
1
1
TL074_4
+15V
R295
1
2
2.2K
CR340
2
1
S
D
1
sh6 MAS
4
1
0.1uF
C291
R292
100
S
3
AR300A
2
11
TP21
10K
2
2
2
+
R293
2.2K
R296
−
1
sh6 RGT_MAN_TDS_OUT
2
14
−15V
Mike Reger − Plexus
1
REV:
5350022SCH
SHEET:
5
of
4
7
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
4
5
3
2
1
NOTE: J1 2−1 AND J12−8 WILL BE
CONNECTED TOGETHER WITH A
SURFACE TRACE
J2
sh5 RIGHT_DRV_FDBK+
sh5 LEFT_DRV_FDBK+
S (V−CHARGE_RTN)
sh4 RIGHT_DRV_CMND−
S (I−CHARGE_RTN)
sh4 LEFT_DRV_CMND+
LINE_SENSE sh3
TRIP_BRKR sh4
CHARGER_RELAY_L sh4 sh4
FUL L _S PD_ENA
CHARGE_SCALE−SELECTsh4
DRIVE_RESET
sh4
sh3 DRIVE_ENA_SW
J1
sh4 V−CHARGE_CMND
sh 4,5 HANDLE_CHECK_L
sh5 BAT_V
sh4 BAT_V_SEL
1
3
5
7
9
11
13
15
(BAT V & CHARGE CUR SEL)
sh3 KEY_SWITCH_ON
2
4
6
8
10
12
14
16
J3
1
3
5
7
9
11
13
15
17
19
21
23
25
27
CON2X7_B
RIGHT_DRV_FDBK− sh5
sh3 ROTOR_INTLK
LEFT_DRV_FDBK− sh5
S (RIGHT_DRV_CMND+)
sh3 6 0HZ_INV_OK
( X−RAY_PRESS_SW_RTN ) +2 4V
S (LEFT_DRV_CMND−)
BUMPER_L sh3 sh4 ROTOR_SELECT_L
6 0 _HZ_INV_RELAY_L
RIGHT_STALL sh3
6 0HZ_PHA S E_2
LEFT_STALL sh3
6 0HZ_PHA S E_1
MOTOR_ENA sh4
( FIELD LIGHT SW RTN ) +2 4V
2
4
6
8
10
12
14
16
18
20
22
24
26
28
J4
1
3
5
7
9
11
13
15
17
19
21
23
25
27
CON2X13
2
4
6
8
10
12
14
16
18
20
22
24
26
28
X−RAY_PRESS_SW sh3
1
3
5
7
9
11
13
15
17
19
21
23
25
27
sh3 TAP_6_FDBK
sh3 TAP_5_FDBK
SAFETY_CONT_ENB_L sh4
PREP_SW sh3
sh3
sh3
sh3
sh3
FIELD_LIGHT_SW sh3
TAP_4_FDBK
TAP_3_FDBK
TAP_2_FDBK
TAP_1_FDBK
EXP_STOP_CMND
EXP_START_CMND
CON2X13
J12
2
4
6
8
10
12
14
16
18
20
22
24
26
28
1
2
TAP6_L sh4
TAP5_L sh4
1KHZ_INV_RDY sh3
TAP4_L sh4
TAP3_L sh4
TAP2_L sh4
TAP1_L sh4
1KHZ_PHA S E_2
1KHZ_PHA S E_1
TP2
P(PWR_GND)
4
5
6
7
8
9
TP23
+2 4V(+24VDC)
−15V(−15VDC)
+1 5V(+15VDC)
+5V
(+5VDC)
CONN RCPT 9
S (SIGNAL GROUND)
L
TP24
(LOGIC_GND)
TP4
TP3
CON2X13
J8
CON2X13
1
3
5
7
9
11
13
15
2
4
6
8
10
12
14
16
+2 4V( AEC COMMON )
KVP1_L sh3
KVP3_L sh3
(SERVICE_SW)SERVICE_SW_IN
GEN_READY_Lsh3 sh3FIELD_LIGHT_SW
EXP_START_L
sh3 PREP_SW
KVP6_L sh3
sh3 EXP_SW
sh3 DRIVE_ENA_SW
CON2X7_B
CON2X13
2KHZ_EN
1KHZ_EN
+2 4V ( SERVICE SW RTN )
+5V
+2 4V ( DRIVE ENA SW RTN )
U3 2 2G
7
12
2KHZ_L
PREHEAT
R6 76
1
2
4.7K
2 9 82
7
14
14
7
7 4HC1 63
7
4
U1 9 3B
4
1KHZ_EN 5
7 4VHC04
U2 6 6E
6
7 4HC08
5
7
2
7 4HC1 64
CLK
CLR
10
1
14
14
+5V
7
L
L
+5V
U2 0 7C
7
7 4HC08
8
+2 4V
U2 0 6B
12
D
11
CLK
13
10
CLR
PRE
Q
Q
9
8
U2 0 7D
12
13
11
7 4HC08
+2 4V
L
6
U2 8 3−6
13
6 0 _HZ_INV_RELAY_L
11
R5 32
1 0K
2
1
D0
D1
D2
D3
D4
D5
D6
D7
CLK
CLR
10
1
+5V
20
D0 3
D1 4
D2 7
D3 8
D4 13
D5 14
D6 17
D7 18
L
sh2 WRP6_L
Q0
Q1
Q2
Q3
Q4
Q5
Q6
Q7
2
5
6
9
12
15
16
19
3
5
7
9
12
14
16
18
Q0
Q1
Q2
Q3
Q4
Q5
Q6
Q7
1
OE
U1 43
+5V
P=Q
19
1
13
7 4HC08
12
11
L
U8 7A
7 4HC04
11
13
10
D
Q
Q
CLK
CLR
PRE
sh3 RST_L
L
TP6
U9 5B
14
U3 7D
12
2
+5V
R5 75
1 0K
+5V
VCC
U88
P0
P1
P2
P3
P4
P5
P6
P7
1
2
4
6
8
11
13
15
17
+5V
7 4HC4 0 40
+5V
B
9
8
BU_TMR_OK sh4
GND
L
9
7
6
5
3
2
4
13
12
14
15
1
7
L
6 0HZ_PHA S E_2
+5V
U1 39
2
RST
12
ULN2 8 0 3A
ULN2 8 0 3A
14
11
U2 8 3−7
7
6 0HZ_RELAY
7
CLK
6 0HZ_PHA S E_1
L
14
EXP_CMND_STAT_CLK
10
14
ULN2 8 0 3A
+5V
7 4HC1 09
U2 8 3−5
5
L
L
+5V
L
L
2
7 4HC74
6
7
9
L
7 4HC1 09
CLR
PRE
3
7 4HC08
14
4
1
7
16
Q
Q
CLK
CLR
8
Q
Q
2
7
7 4VHC04
J
K
7 4HC08
J
K
Q
Q
U2 0 7A
1
14
12
15
10
PRE
1
4
D
CLK
+5V
8
10
9
2
3
3
5
6
L
14
13
9
PRE
U2 0 3A
6
+2 4V
U2 0 6A
2
7
9
6 0HZ_EN
U1 9 8D
U2 6 8C
8
14
8
11
5
U2 0 3B
14
16
1
1
+5V
5
2
+5V
R2 01
1 0K
7
R1 47
3 01
L
+5V
7 4HC08
14
+5V
VCC
8 2C54
4
+5V
R5 10
1 0K
U2 0 7B
+5V
7
14
1
24
+5V
R5 23
1 0K
7 4HC74
7
3
C
2
P
L
L
VCC
2
7 4HC08
R6 72
7 4HC7 4/SO
L
GND
1
1
4.7K
P
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
Q9
Q10
Q11
Q12
1KHZ_PHA S E_1
14
2 9 82
7
14
CLR
2
4.7K
L
VCC
CLK
U1 9 8B
3
3
4
5
6
10
11
12
13
QA
QB
QC
QD
QE
QF
QG
QH
R6 73
P
1KHZ
7
1
2
8
1
+5V
+5V
GND
14
A
B
1KHZ_PHA S E_2
13
2 9 82
L
+5V
2
28
14
14
+5V
+5V
R6 75
4.7K
7 4HC1 09
1KHZ
L
TMR0 _OUT sh5
TMR1 _OUT sh5
TMR2 _OUT sh5
L
10
5
6
U3 7A
GND
7 4HC74
1
2
6
L
15
L
20
CLR
PRE
RCO
8
7 4HC08
10
U2 6 6F
TP25
L
2 9 82
VCC
CLK
1
4
Q
Q
VCC
16
3
14
14
D
7
7 5 0KHZ
+5V
2
U1 4 0A
2
TP14 TP8
ADR0
ADR1
EXP_STOP_CMND
11
CLK
A
B
C
D
1KHZ_EN
14
13
12
11
U1 9 3C
9
L
7
8
GND
+5V
R5 24
1 0K
X−RAY_ON
7
10
9
2
P
7 4VHC04
8 BIT MAO COMPARE
8
3
+5V
L
74HC32
+5V
L
sh2 7 5 0KHZ
U2 6 6H
R6 71
+5V
+5V
7
2
13
17
19
22
23
12
16
20
1
11
15
25
U1 3 2C
7 4HC08
1
L
2
L
U2 70
9
12 BIT BIN CNTR
1
14
U136A
1
7
X−RAY_ON
10
2KHZ_PHA S E_2
15
2 9 82
10
+5V
EXP_CMND_STATUS
L
CS
4
1
7
8
CLK
CLR
VCC
10
14
+5V
sh2 1 1 p 7 1 8KHZ
U2 0 2B
Q
Q
RD
WR
CLK0
CLK2
CLK1
G0
G1
G2
A0
A1
OUT0
OUT1
OUT2
NC1
NC11
NC15
NC25
8
J
K
D0
D1
D2
D3
D4
D5
D6
D7
sh2 9 3 p 7 5 0KHZ
WATCHDOG_CLR_L
L
L
VCC
PRE
14
13
6
74HC32
5
+5V
sh2 3 7 5KHZ
L
L
7 4HC08
26
27
10
21
18
U136B
4
+5V
R5 50
1 0K
U2 17
QA
QB
QC
QD
2
16
2
11
12
15
sh2 7 5 0KHZ
L
8
74HC32
10
11
74HC32
11
L
L
6
GND
14
U136C
9
X−RAY_ON
U136D
12
13
13
7 4VHC04
U1 3 2B
7 4HC08
7
+5V
R5 22
1 0K
7
14
B
10
TP5
U2 6 8D
9
1
7
+5V
+5V
12
+5V
L
U1 2 8 _Q7
U1 9 8E
TP12
+5V
9
8
7
6
5
4
3
2
GND
1
1
+5V
7
5
sh2 RDP5_L
sh2 WRP10_L
sh2 7 5 0KHZ
+5V
11
4
L
sh3 RST_L
7 4HC0 4/SO
EXP_CMND_STATUS
L
7 4HC1 09
2KHZ_L
sh 2,3,4 WATCHDOG_CLR_L
L
D0
D1
D2
D3
D4
D5
D6
D7
ULN2 8 0 3A
7
L
CLR
PRE
EXP_CMND_STATUS
9
8
+5V
8
CLK
CLR
CLK
13
10
7 4HC74
6
7
14
7
4
1
Q
Q
11
Q
Q
EXP_START_L
15
7
J
K
D
+5V
14
2
3
U1 4 0B
12
14
PRE
4
PROGRAMMABLE TIMER
CLR
ENT
LO AD
ENP
8
+5V
TP13
+5V
U2 6 6D
3
U1 9 8A
1
14
7 4VHC04
R5 62
1 0K
U2 8 3−4
L
16
5
TP1
U2 0 2A
VCC
11
7 4HC08
13
7 4HC0 4/SO
8
9
U1 3 2D
12
L
U1 4 4D
1
2
6
NC
+5V
14
5
7
9
BU_TMR_OK
STOP_EXP_L
U1 4 4C
7
( EXPOSE_SW ) sh 2,3 P1D1
8
7 4HC30
5
6
11
12
14
sh3 AEC_EXP_EN
P1D1
U1 50
NC
NC
P1D2
P1D0
R5 61
1 0K
TP7
+5V
14
13
10
1
2
3
4
14
2
2
R5 20
1 0K
+5V
GND
1
1
+5V
+5V
+5V
+2 4V
P
7
+5V
+5V
R5 21
1 0K
2
EXP_CMND_STAT_CLK
R6 74
4.7K
D0
D1
D2
D3
D4
D5
D6
D7
D0
D1
D2
D3
D4
D5
D6
D7
U1 97
16
3
4
5
6
L
2
2
2 9 82
2,3,4,5
2,3,4,5
2,3,4,5
2,3,4,5
2,3,4,5
2,3,4,5
2,3,4,5
2,3,4,5
1
10
9
7
2
12
GND
START_E XP
1
sh
sh
sh
sh
sh
sh
sh
sh
EXP_START_CMND
12
2
4.7K
2 9 82
L
U2 6 6G
+5V
R6 84
U1 9 8F
13
C
7
1
VCC
17
2KHZ
GND
7 4HC08
2
P
7 4 LS2 7 3 _MIKE_B
U2 6 8A
7 4HC08
14
1
U2 6 6B
6
2
14
5
+5V
L
START_E XP
4
+5V
R5 54
1 0K
VCC
−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−|
U1 2 8 _Q7
2
4.7K
4.7K
1 6KHZ_CLK
U2 6 8B
7
CLR
+5V
+5V
+5V
6 0HZ_RELAY
R6 70
L
1
2
6 0HZ_EN
1KHZ_EN
2KHZ_EN
9
6
5
2
19
16
15
12
2KHZ_PHA S E_1
16
2 9 82
P
L
GND
CONTROL
CLK
1
Q0
Q1
Q2
Q3
Q4
Q5
Q6
Q7
14
COMMAND
11
10
|−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−EXPOSURE
WATCHDOG_CLR_L
D0
D1
D2
D3
D4
D5
D6
D7
7
sh2 WRP4_L
WATCHDOG_CLR_L
8
7
4
3
18
17
14
13
3
1
+5V
7 4VHC04
U1 28
20
GEN CONTROL 1
D0
D1
D2
D3
D4
D5
D6
D7
13
U2 6 6C
11
7 4HC08
2KHZ
5
P
sh 2,3,4
R5 18
1 0K
2KHZ_EN
U1 9 8C
6
+5V
BUF_DISP_DATA_OUT sh6
U1 9 3D
12
+2 4V ( HAND SW COM )
CONN SOCKET 1 7x2
CON2X13
( TUBE_PRESSURE_SW )
sh 2,3 P1D2
( PREP_SW ) sh 2,3 P1D0
+5V
+2 4V ( TUBE PARKED SW RTN )
14
sh3 AEC_ON
DISPLAY_OK
+2 4V
sh3 KVP0_L
P (PWR_GND)
sh3 KVP2_L
+5V
sh3 KVP4_L
L (LOGIC_GND) sh3 AEC_EXP_EN_IN
sh3 KVP5_L
+2 4V_VF_SUP PLY sh5
sh3 TUBE_PARKED_SW
10
PREHEAT
J7
10
EXP_SW sh3
LINE_SENSE sh3
TUBE_PARKED_SW sh3
KEY_SWITCH_ON sh3
MAS_DOWN sh3
KVP_DOWN sh3
DISP_DATA_OUT_RTN sh2
2
4
6
8
10
12
14
16
18
20
22
24
26
XMIT_O K_L
L
DISP_RESET_L sh2
VCC
1
3
5
7
9
11
13
15
17
19
21
23
25
X−RAY_ON_IN sh3
2
4
6
8
10
12
14
16
18
20
22
24
26
28
GND
J11
sh3 PREP_SW
SERVICE_SW_IN
sh3 BUMPER_L
sh3 DRIVE_ENA_SW
sh3 MAS_UP
sh3 KVP_UP
sh2 DISP_DATA_OUT
sh3 FIELD_LIGHT_SW
+2 4V
sh5 RIGHT_HAL L _INPUT
sh5 LEFT_HAL L _INPUT
1
3
5
7
9
11
13
15
17
19
21
23
25
27
S (LEAKAGE_COMP−)
sh2 SW_DATA_INPUT
LE A K A G E_COMP_FDBK−
sh5
sh3 MAS_UP
S (FIL_DMN−)
sh3 MAS_DOWN
FIL _FDBK− sh5
sh3 X−RAY_ON_LAMP_L
S (KVP_DMN−)
sh3 KVP_UP
sh3 KVP_DOWN
KVP_DMN_FDBK− sh5
sh3 SONART_L
sh5 +4 0V_VF_DISP_SUPPLY
(HALL_RGT_REF_RTN)
S
(HALL_LFT_REF_RTN)
PWR_DWN_RST sh2
7
sh3 FIL _SHRT_DETECT
2
4
6
8
10
12
14
16
18
20
22
24
26
28
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
14
1
3
5
7
9
11
13
15
17
19
21
23
25
27
sh4 LE A K A G E_COMP+
sh5 LE A K A G E_COMP_FDBK+
sh4 FIL _DMN+
sh5 FIL _FDBK+
sh4 KVP_DMN+
sh5 KVP_DMN_FDBK+
1 6KHZ_CLK
2KHZ_PHA S E_1
2KHZ_PHA S E_2
sh5 MAS
D
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
sh5 RGT_MAN_TDS_OUT
sh5 LFT_MAN_TDS_OUT
(HALL_RGT_REF) sh5 HALL_RGT_LFT_REF
(HALL_LFT_REF)
J6
14
( BUFFERED DISP DATA )
sh2 BUF_DISP_DATA_OUT
J5
7
D
7 4HC6 88
7 4 LS2 7 3 _MIKE_A
L
A
A
L
D[0:7]
SET BACKUP TIME LATCH
GE Healthcare
AMX−4 Controller
s
DATE:
DWG NO:
Mon day, July 14, 2008
DRAWN BY:
5
4
3
2
60
Mike Reger − Plexus
1
REV:
5350022SCH
SHEET:
6
of
4
7
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
5
4
3
1
R6 77
2
10
P
10
U2 6 6A
NC1
18
NC2
2 9 82
1
R6 85
2
P
Q242D
CA3083
12
13
1
1 5K
10
7 4HC1 4/SO
7
+5V
14
1
13
7
7
3
2
12
7 4AC08
L
7 4HC1 4/SO
L
4
14
U3 7C
+5V
5
4
14
6
5
U2 3 5B
3
4
7 4HC1 4/SO
7
+5V
7
10
7
FID2
FIDUCIAL
FID3
FIDUCIAL
C3 95
0.1 uF
1
C1 09
0.1 uF
2
1
C1 13
0.1 uF
2
1
C1 20
0.1 uF
2
1
C1 14
0.1 uF
2
1
C1 58
0.1 uF
2
1
C1 57
0.1 uF
2
1
C1 53
0.1 uF
2
1
C1 52
0.1 uF
2
1
C1 46
0.1 uF
2
1
2
1
C1 45
0.1 uF
B
C1 05
0.1 uF
C3 97
0.1 uF
2
1
2
1
C1 42
0.1 uF
1
C3 60
0.1 uF
2
2
C3 50
0.1 uF
2
1
C1 41
0.1 uF
1
2
1
C1 38
0.1 uF
1
C3 38
0.1 uF
2
2
C3 36
0.1 uF
2
1
C1 37
0.1 uF
1
2
1
C1 34
0.1 uF
1
C3 17
0.1 uF
2
2
C2 86
0.1 uF
2
1
C1 30
0.1 uF
1
2
1
C1 26
0.1 uF
1
C2 77
0.1 uF
2
2
C2 71
0.1 uF
2
1
C1 25
0.1 uF
1
2
1
1
C2 69
0.1 uF
2
C2 67
0.1 uF
2
1
1
2
1
C2 63
0.1 uF
2
C2 62
0.1 uF
2
2
1
1
C2 40
0.1 uF
2
C2 34
0.1 uF
2
1
1
C2 33
0.1 uF
2
C2 27
0.1 uF
2
1
C2 25
0.1 uF
2
1
C2 16
0.1 uF
2
1
C2 14
0.1 uF
2
1
C2 10
0.1 uF
2
1
2
1
1
2
C2 09
0.1 uF
C1 21
0.1 uF
C4 24
0.1 uF
C4 00
0.1 uF
2
1
C2 05
0.1 uF
C1 02
0.1 uF
C4 25
0.1 uF
1
2
2
1
C2 04
0.1 uF
1
2
1
2
1
C3 89
0.1 uF
C4 05
0.1 uF
2
C3 81
0.1 uF
C2 00
0.1 uF
1
2
1
C3 74
0.1 uF
1
2
1
C1 99
0.1 uF
2
C3 73
0.1 uF
2
1
C3 67
0.1 uF
1
2
1
C1 96
0.1 uF
2
C3 64
0.1 uF
2
1
C3 66
0.1 uF
1
2
1
C1 95
0.1 uF
2
C3 57
0.1 uF
2
2
C3 56
0.1 uF
1
C3 52
0.1 uF
2
1
2
C1 92
0.1 uF
1
C1 87
0.1 uF
2
C97
0.1 uF
2
C90
0.1 uF
2
C89
0.1 uF
2
C85
0.1 uF
2
C84
0.1 uF
2
C80
0.1 uF
2
C77
0.1 uF
2
C76
0.1 uF
2
C66
0.1 uF
2
C62
0.1 uF
2
C61
0.1 uF
2
C58
0.1 uF
2
C57
0.1 uF
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
C53
0.1 uF
2
C52
0.1 uF
2
C50
0.1 uF
2
C49
0.1 uF
2
2
1
1
1
C42
0.1 uF
1
C38
1
2
7 4HC1 4/SO
L
C4 28
0.1 uF
1
2
L
0.1 uF
C3 98
0.1 uF
2
2
C3 61
0.1 uF
U6 3C
7 4HC32
C28
1
C3 44
0.1 uF
7 4HC32
0.1 uF
1
C3 43
0.1 uF
1
FID1
FIDUCIAL
2
C3 51
0.1 uF
2
1
C1 86
0.1 uF
1
2
1
2
C1 10
0.1 uF
1
2
2
1
2
2
C3 06
0.1 uF
1
C3 39
0.1 uF
1
C1 78
1 5UF
2
1
C2 49
0.1 uF
2
C1 79
1 0UF
C2 94
0.1 uF
1
2
C2 45
0.1 uF
1
2
C2 50
1 0UF
C1 72
0.1 uF
2
2
1
2
1
1
1
2
2
C1 66
0.1 uF
1
P
C23
0.1 uF
1
+2 4V
1
S
−15V
2
S
1
+1 5V
2
C1 62
0.1 uF
2
L
1
1
1
2
1
+5V
C22
11
13
7 4AC08
L
0.1 uF
U2 7 2D
12
U6 0D
7 4HC08
U2 3 5E
11
L
C1 17
2 2UF
11
13
8
L
14
14
8
10
L
6
7 4HC32
L
10
L
+5V
U6 4C
9
+5V
U2 7 2B
5
L
7 4AC08
L
B
6
9
7
14
U6 4B
L
4
12
7 4HC32
+5V
C
3
8
7 4HC08
L
U6 3B
7 4HC32
2
7
14
U6 4A
10
U1 1 6F
U2 7 2A
1
9
+5V
7
L
+5V
L
L
15
1 5K
Q242E
CA3083
L
+5V
1
16
6
11
6
7 4HC08
2
R3 7 5F
5
7 4HC3 2/SO
13
DS1489_1
14
11
7
C
11
U2 2 8D
12
U3 7B
4
U1 1 6E
11
+5V
1
5
7 4HC3 2/SO
L
7 4HC0 4/SO
2
13
R3 7 5E
14
1 5K
12
8
DS1489_1
U1 5 4D
+5V
12
4
3
2
L
6
U2 2 8A
1
U4 2 7D
14
14
11
R3 7 5D
+5V
+5V
L
14
13
4
7 4HC1 4/SO
7
1
1 5K
8
7 4HC32
7 4HC0 4/SO
9
DS1489_1
U1 5 4B
U1 1 6D
9
6
5
L
+5V
8
+5V
Q242C
CA3083
10
U1 3 1C
10
14
7
L
9
16
R3 7 5A
6
7 4HC1 4/SO
U4 4B
4
6
DS1489_1
7
14
5
7
8
L
11
U4 2 7C
5
L
L
7 4HC0 8/SO
14
7
14
CLR
PRE
7 4HC7 4/SO
7 4HC1 2 3/SO
L
CLK
13
7 4HC0 4/SO
14
13
10
13
U1 1 6C
11
+5V
+5V
9
8
12
7
11
L
Q
Q
12
12
D
9
CLR
12
D
U2 2 9D
4
L
U1 3 1D
7 4HC1 4/SO
5
Q
CEXT
REXT/CEXT
5
VCC
Q
GND
16
6
7
GND
7 4HC1 23
A
B
11
8
CLR
U2 5B
+5V
9
10
4
Q
CEXT
REXT/CEXT
3
13
Q
L
16
A
B
14
15
U2 2 1B
VCC
U6 5A
1
2
+5V
+5V
10
U4 2 7B
3
4.7K
L
+5V
8
7 4HC0 8/SO
14
9
10
4
3
9
7 4HC0 4/SO
7
7
14
1
U2 2 9C
2
L
+5V
+2 4V
U1 1 6B
7 4HC0 8/SO
U4 2 7A
1
4.7K
2 9 82
7 4HC1 4/SO
3
2
7
14
11
U4 6E
L
1
+5V
U3 2 2H
8
+5V
1
U2 2 9A
6
7 4HC04
ULN2
P 8 0 3A
7 4HC1 4/SO
11
5
11
L
+5V
D
U8 7C
U2 8 3−8
8
14
7
4
14
3
7
14
+2 4V
U4 6B
7
+5V
2
C4 26
0.1 uF
A
A
GE Healthcare
AMX−4 Controller
DATE:
DWG NO:
Mon day, July 14, 2008
DRAWN BY:
5
4
3
2
61
Mike Reger − Plexus
1
REV:
5350022SCH
SHEET:
7
of
4
7
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
62
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
SECTION 6 BATTERY CHARGER BOARD AMX1 A3 A1
6−1
BATTERY CHARGER BOARD 46−288786G2 [PRIOR TO Q4 2009]
z
63
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
64
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
65
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
66
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
67
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
68
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
6−2
DIRECTION 2173229−100
BATTERY CHARGER BOARD 5350026 [STARTING Q4 2009]
69
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
70
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
71
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
72
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
73
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
74
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
SECTION 7 ROTOR CONTROLLER BOARD AMX1 A3 A2
7−1
ROTOR CONTROLLER BOARD 46−232786G2 [PRIOR TO Q4 2009]
75
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
76
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
C1
35M
F
165V
77
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
78
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
7−2
DIRECTION 2173229−100
ROTOR CONTROLLER BOARD 5350020 [STARTING Q4 2009]
79
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
80
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
3
2
PREP_SW
CR36
1
R7
511
FET−SINGLE−W−HEA
TSINK
1
R62
2.2K
8
R17
1
C11
3.3UF
35V
1N4148
S
Rotor Interlock circuitry
1
B−
R124
R125
1K 7W
1K 7W
R122
R123
1K 7W
1K 7W
BAT_SW+
BAT_SW+ 2
CONN−2PIN−XRA
Y
T5
5
2
R9
511
3
6.3A
C80
0.1UF
400V
T5−1
CONN−J2−XRAY
CAP+
2
4
FU93
B−
B−
1
8
CR10
S
B−
R84
R70
12.1
2W
B−
47.5
3
6
2
C71
0.1UF
50V
5
HCPL2200 B−
100
Q73
2N3906
1
X−RAY_PRESS_SW_RTN
5
6
7
X−RAY_PRESS_SW
8
FET−SINGLE−W−HEA
TSINK
R75
P
9
27VAC_SQUARE_WAVE
2
CONN−J3−XRAY
10UF P
C87
35V +24V
0.5W
0.5W
ROTOR_SELECT
60HZ_INV_RELA
Y
C45
47UF
35V
L
10UF
C91 +5V
35V
60HZ_PHASE_2
60HZ_PHASE_1
FIELD_LIGHT_SW_RTN
2
C46
0.1UF
50V
B−
CONN−9PIN−XRA
Y−NOPIN3
6
7
8
9
10
11
12
13
14
15
16
17
18
X−RAY_PRESS_SW
COMM_CAP_CHARGE_RTN
13
COL XFMR PUR
TO COLLIMATOR
FIELD LAMP
8 TO SAFETY CONTACTOR (1KHZ INVERTER)
7 27VAC_SQUARE_WAVE
6
27VAC_SQUARE_WAVE_RTN
FID2
FIDUCIAL
FID3
FIDUCIAL
1
1
1
1 COMM_CAP_CHARGE_RTN
SAFETY_CONT_ENB
+24V
PREP_SW
FIELD_LIGHT_SW
CR27
1N5060
19
20
21
22
23
24
CR24
1N5060
2
R28
R29
100
3.3K
U32
1
6
2
C30
5
3
0.68UF
50V
CR25
1N5060
CR26
1N5060
CON 2 X 13
FID1
FIDUCIAL
2 COMM_CAP_CHARGE
CONN−16PIN−XRA
Y
1
10
5
COMM_CAP_CHARGE
2
R48
10
4
1
R49
2
3
1
1
X−RAY_PRESS_SW_RTN
1
2
9
0.1UF
C92
50V
1
+5VDC
CR50
1
2
+15Z
2
2
+15V
1N5060
8
14
B
2
60HZ_INV_OK
7
LOGIC_GND
COL XFMR WHT
15
3
1
ROTOR_INTLK_+V
1
6
C
4
4
+15VDC
Transformer_Multi
5
J1
10UF
S
C89
35V
T3
9
B
0.1UF
C90
50V
STATOR PHASE SHIFT
10
27VAC_SQUARE_WAVE_RTN
SIGNAL_GND 5
LM393
PRE_60HZ_INV_OK
2.2K
1
2
P
7
U20B
11
J5
+24V
5
1K
12
B−
0.1UF
C88
50V
R14
100K
6
ZMOD2
B−
B−
PWR_GND 1
P
4
2
1
2
1.5K
7
R76
3
8
R69
1
TP5
3
UDN2982
16
FIELD_LIGHT_SW_RTN
1.0UF
400V
Q74
2N3904
1
+15Z
R65
10K
VS
J4
FIELD_LIGHT_SW
C83
HEATSINK
60HZ_PHASE_2
+15Z
0.1UF
50V
+24V
CR66
1N4148
9
750
J7
6
3
2
1
4
3
K121−2
K121−1
U67
+24V
2
2
C68
2
P
S
R19 R20
100K 100K
CONN−2PIN−XRA
Y
60HZ_INV_RELA
Y
T9AS1D12−12
R64
13K
0.1UF
50V
P
1
A
B
6
5
K121
RS1J
+15V
18
17
16
15
14
13
12
11
CURRENT TRANSFORMER
+24V CR124
1
2
C
1
R21 10MEG
R15
C12
3.3UF
35V
3
C19
S
1
1N4148
2
1K
R23
TP2
B−
CONN−2PIN−XRA
Y
J8
R13
100K
CURRENT TRANSFORMER
T6−1
B−
CR8
OUT1
OUT2
OUT3
OUT4
OUT5
OUT6
OUT7
OUT8
100K
2
IN1
IN2
IN3
IN4
IN5
IN6
IN7
IN8
100K
5
1
2
3
4
5
6
7
8
R31
T6
U20A
LM393
100K
4
GND 10
R30
T6−4
15K
TP1
D
U35
S
R22
COL_LMP
B−
1
BAT−
3
ZMOD1
TP3
10MEG
100K
HCPL2200
B−
COL_LMP_RTN
60HZ_INV_OK
ROTOR_INTLK_+V
R16
2.2K
R18
+15V
DPDT
4
1
5
3
COL XFMR PUR
CONN−2PIN−XRA
Y
3
DPDT
100
Q60
2N3906
1
4
2
+5V
R27
TP6
J9
CAP+
3
1
2
C59
0.1UF
50V
6
6
K39−2
2
COL XFMR WHT
100K
2
1.5K
7
3
RS1J
5
K39
1
R26
R52
10K
5
CR53
1N4148
5
CR38
B
A
2
2
1
2
R63
+24V
1
3
R56
8
U54
2
1.0UF
400V
Q61
2N3904
TP4
1
+15Z
13K
CAP−
B−
3
R51
60HZ_PHASE_1
1
12.1
2W
HEATSINK
+24V
R57
47.5
(SAFETY CONTACTOR EN) +24V
2
0.1UF
50V
4
1
100K
R82
D
B−
C81
J6
2
6
4
C55
ROTOR_SELECT
J3
J2
8
+15Z
K37
R25
B
A
R24
RS1J
SAFETY_CONT_ENB
+
2
−
AMX1 A3 A2
1
+
4
−
5
4
4N36
R33
511K
R34
PRE_60HZ_INV_OK
20K
NOTES:
A
A
1. UNLESS OTHERWISE SPECIFIED:
ALL RESISTORS ARE 0.25W, 5%
GE Healthcare
ALL 1 RESISTORS ARE 0.12W
Rotor Control
ALL CAPACITORS ARE IN uF
(first made for AMX IV)
2. * INDICATES AN ACTIVE LOW
DATE:
5
4
3
2
81
DWG NO:
Thursday, April 03, 2008
DRAWN BY:
Bob Pantano
1
REV:
5350020
SHEET:
1
3
of
1
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
82
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
SECTION 8 1KHZ INVERTER AMX1 A4 A1
8−1
1KHZ INVERTER BOARD 46−288764G1 [PRIOR TO Q4 2009]
83
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
84
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
85
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
86
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
8−2
DIRECTION 2173229−100
1KHZ INVERTER BOARD 5350024 [STARTING Q4 2009]
87
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
88
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
3
2
1
4
5
7
6
A
8
A
NOTES:
1.
2.
3.
REVISION
ECR/ECO
DATE
SIGN
1
−−−−−−
27−SEP−07
−−−
2
−−−−−−
18−JAN−08
−−−
OFF
4.
08−MAY−08
3
5.
B
THE VARIATION
AND VERSION FOR THIS
B.
PWA IS 5350024
THIS
COVER SHEET CONTROLS THE RE−
VISION
STATUS OF THE ENTIRE
DOCUMENT.
THE REVISION OF ALL SHEETS OF THIS
DOCUMENT WILL
BE AT THE SAME LEVEL.
THIS
SCHEMATIC MEETS THE SPECIFICA−
TIONS OF GLOBAL SCHEMATIC STANDARDS
2299773GSP.
ELECTRONIC SIGNATURES FOR BOTH THE
SCHEMATIC REVIEWER(S)
AND APPROVER(S)
CAN BE FOUND WITHIN MY WORKSHOP.
UNLESS OTHERWISE SPECIFIED:
RESISTORS
ARE IN OHMS.
CAPACITORS
ARE IN FARADS.
INDUCTORS
ARE IN HENRIES.
B
C
D
D
By
Block
Thu
May
08
15:31:57
1
Title
Date
FERNANDO TEJADA
27−SEP−2007
Block
Path
1khz_driver
2008
2
3
4
5
89
1KHZ
6
DRIVER
Sheet
1of
4
BOARD
Dwg No
5350024SCH
7
GE Healthcare
Company
Restricted
Sheet
Rev
3
1of
8
4
BSize
Made
REV
2
01July04
C
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
3
2
4
+110VDC
+110VDC
CR19
MURS140
400V
R9
TP5
7.50K
0.25W
U14
5
1
2
CR11
MMSD4148
100V
TLP371F
8
8
TAP
6
0.1U
50V
10%
5
E
B
TAP
U61
MIC2981/82YWM
11
7
8
1%
P
U39
4N36SM
TP6
10
10
5
24
6
B
C
5
E
CR65
SML4739A
9.1V
5%
0.1U
50V
10%
U61
K5
5
COIL
6
CR33
SML4739A
9.1V
5%
0.1U
50V
10%
5
E
U61
12
P
9
9
TAP
5
U82
4N36SM
1
R73
7.50K
0.25W
1%
U78
P
C74
0.1U
50V
10%
18
CR75
MMSD4148 2
100V
24
357
0.25W
4
6
C
5
E
+110VDC
CR76
SML4739A
9.1V
5%
+24VDC
CR43
MMSD4148
100V
J1
TAP
5
2
4
14
4
357
0.25W
TLP371F
*
B
6
C
5
E
0.1U
50V
10%
CR44
SML4739A
9.1V
5%
U61
MIC2981/82YWM
6
R232
7.50K
0.25W
13
TAP
J1
13
R1003
4.7K
0.25W
C45
0.1U
50V
10%
1%
C48
0.1U
400V
10%
1%
COIL
R84
7.50K
0.25W
C257
10U
TP10 35V
10%
1%
K
3
14
1
24
K4
6
+24VDC
C231
R47
6
C42
0.1U
50V
10%
A
CR252
MURS140
400V
J5
4
1%
13
C85
0.1U
50V
10%
J1
20
TAP
CR258
MURS140
400V
A
20
1
R90
1
CR86
MMSD4148
100V
2
5
1%
P
17
R1005
4.7K
0.25W
1%
P
P
J5
9
K1
COIL
C
C243
B
6
C
5
E
4
CR87
U61
TAP1
SML4739A
9.1V
5% MIC2981/82YWM
3
16
19
0.1U
50V
10%
C91
0.1U
400V
10%
C88
0.1U
50V
10%
R244
7.50K
0.25W
1%
B
B
P
FDBK
J1
15 17
K
1%
TLP371F
*
2
357
0.25W
4
2
B
+24VDC
U93
4N36SM
1
TAP
C77
0.1U
50V
10%
R240
7.50K
0.25W
U89
FDBK
6
1
TP7
6
U50
4N36SM
U61
9
3
CR51
MURS140
400V
COIL
MIC2981/82YWM
4
B
CR94
MURS140
400V
8
K2
0.1U
50V
10%
C80
0.1U
400V
10%
1%
TLP371F
J5
C239
B
K
3
2* 18
5
1
A
CR256
MURS140
400V
C255
10U
35V
10%
R79
TP9
1%
P
+24VDC
CR83
MURS140
400V
+110VDC
FDBK
R1002
4.7K
0.25W
C34
0.1U
50V
10%
1%
+24VDC
J1
MIC2981/82YWM
7
R228
7.50K
0.25W
C37
0.1U
400V
10%
8
B
C
U46
1%
P
P
1%
FDBK
1
1
B
C251
10U
35V
10%
3
R1004
4.7K
0.25W
P
P
A
15
TAP
C66
0.1U
50V
10%
1%
C69
0.1U
400V
10%
B
R41
7.50K
0.25W
15
J5
J5
TAP
+24VDC
14
5
B
J1
+110VDC
J1
MIC2981/82YWM
R236
7.50K
0.25W
1%
TLP371F
3*
6
K
357
0.25W
4
C227
K
1%
TLP371F
C
24
357
0.25W
4
*
CR254
MURS140
400V
COIL
C235
B
R68
5
1
CR64
MMSD4148
2
100V
A
7
K3
+24VDC
B
A
1
CR250
MURS140
400V
3
TAP
2
C249
10UF
35V
10%
R36
5
1
J1
16
TAP
5
MURS140
400V
U35
J1
P
P
C63
0.1U
50V
10%
+24VDC
B
CR40
CR32
MMSD4148
100V
U67
7
C253
10U
35V
10%
B
1%
C31
0.1U
50V
10%
TP8
1%
16
+110VDC
B
R62
7.50K
0.25W
FDBK
1%
+24VDC
R30
7.50K
0.25W
6
J1
R1001
4.7K
0.25W
C13
0.1U
50V
10%
R224
7.50K
0.25W
C16
0.1U
400V
10%
1%
*
CR12
SML4739A
9.1V
5%
K
357
0.25W
4
1
6
C
24
3
J1
B
CR248
400V
MURS140
U71
4N36SM
CR72
MURS140
400V
+24VDC
J5
7
C223
R15
6
1%
C10
0.1U
50V
10%
C247
10U
35V
10%
+110VDC
COIL
+24VDC
A
1
+24VDC
A
U18
4N36SM
K6
78
6
2
2
4
6
6
110VDC
J5
4
J5
5
3
1
19
R1006
4.7K
0.25W
1%
P
P
FDBK
J1
P
P
B
B
D
REV
2
01July04
D
GE Healthcare
Fri
Jan
11
16:42:54
1
Path
Block
1khz_driver
2008
2
3
4
5
90
6
2of
Sheet
4
Dwg No
5350024SCH
7
Restricted
Sheet
Rev
3
2of
8
4
BSize
Company
Block
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
3
2
1
4
5
6
CR133
R121
100
R122
Q116
IRFM120ATF
4
A
R1007
J1
PHASE 2
R111
24
24
R245
5.11K
0.25W
CR1001
CR1009
+24VDC
56V
3
1%
1%
P
P
600V
SCR
1
CR117
56V
56V
R114
10K
0.25W
1%
P
P
C119
0.1U
50V
10%
P
P
J1
R112
26
26
10K
0.25W
R246
5.11K
0.25W
B
CR1007
CR1010
CR118
56V
56V
56V
R128
2.74K
0.5W
24:21
1KHZ
PIN
PIN
1−4
6−8
APPX.
APPX.
1%
13.31
12.26
C129
47N
100V
10%
L127
4.7U
CR1008
P
P
OHMS
OHMS
P
P
R137
CR1006
MRA4004T3
400V
C138
4.7N
100V
1K
0.25
1%
1K
+24P
J2
+24VDC
2
+24VDC
+24VDC
C171
C153
P
R154
6.8K
0.5W
5%
J2
+24VDC
1
0.1U
50V
10%
C160
1K
P
0.5W
1%
J1
CMND23
R152
23
2.21K
0.5W
1%
R156
B
100
0.25W
Q159
MMBT3904
E
2
3
R164
100
0.5W
5%
4
1:1
1%
C1
R158
200
0.25W
R157
200
0.25W
1%
E
C2
PIN
PIN
1−2
3−4
APPX.
APPX.
4.8
4.9
1K
7
STOP
SCR HI
C165
10N
50V
10% J4
9
B
C216
0.1U
50V
10%
T163
1
CR162
400V
MURS140
C
7
Q177
MMBT3904
J1
EXP
STOP
9
START
CMND
25
R170
25
2.21K
0.5W
SCR LO
1%
OHMS
OHMS
C217
0.1U
50V
10%
Q161
FZT651
1%
R174
J4
P
T181
1
0.5W
CR180
MURS140
400V
1%
C
2
B
11
3
4
R182
100
0.5W
5%
C183
10N
50V
10%
1:1
100
0.25W
C2
C1
E
B
1%
R175
200
0.25W
R176
200
0.25W
PIN
PIN
1−2
3−4
APPX.
APPX.
4.8
4.9
11
START
SCR HI
J4
13
13
START
SCR L0
OHMS
OHMS
Q179
FZT651
E
1%
1%
P
D
1U
100V
10%
R173
J4
C
C178
+24VDC
100V
10%
R155
0.1U
50V
10%
R172
6.8K
0.5W
5%
1U
P
STOP
C2
1W
TP1
EXP
C1
5%
C6
100U
50V
20%
P
1
C143
0.47U
100V
10%
B
FZT651
Q139
1%
2
0.1U
50V
10%
PWR
GND
G1
100
+24VDC
C5
C
R132
TP2
5
E
CR140
MRA4004T3
400V
0.5W
J4
5
B
600V
SCR
R131
1%
3
5%
6.2V
SML4735A
CR1005
P
C
R144
100
0.5W
4
P
G2
R142
100
0.5
5%
L126
4.7U
6
1W
1%
1
J4
1%
1%
J4
1
1%
3
R113
10K
0.25W
1%
1%
E
4
4.7
3
1
C123
47N
6.2V
100V SML4735A
10%
1%
0.25W
A
Q134
FZT651
C135
4.7N
100V
1K
CR1002
MRA4004T3
400V
C2
P
R1008
2
PHASE 1
C1
B
R136
CR1000
R125
2.74K
0.5W
7
4
Q115
IRFM120ATF
1KHZ
CR1004
4
1W
1%
3
1
10K
0.25W
C141
0.47U
100V
10%
1%
8
4.7
2
1KHZ
5%
0.5W
T120
MRA4004T3
400V
1W
1K
78
P
P
P
D
REV
2
01July04
PP
GE Healthcare
Thu
May
08
15:23:40
1
Path
Block
1khz_driver
2008
2
3
4
5
91
6
3of
Sheet
4
Dwg No
5350024SCH
7
Restricted
Sheet
Rev
3
3of
8
4
BSize
Company
Block
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
3
2
1
4
5
6
78
A
A
TP3
J3
1
PIN
PIN
J6
K3−3
HVT
APPX.
APPX.
3
3
PRIMARY
1−3
6−8
T25
1
3
1
1
C20
0.1U
50V
10%
6
CR23
MMSD4148
100V
CR24
MMSD4148
100V
J6
K6−3
8
1%
J3
2
2
R110
MRA4004T3
400V
BZG03C68
68V 5%
C108
0.1U
50V
10%
0.5W
1%
R107
0.1U
50V
10%
1%
R106
C
1K
C
1%
0.25W
1K
1
A
1%
B
2
BB
B
R103
2.21K
0.5W
C
TP4
1%
+24B
CR7
B
6
5
E
4
C60
0.1U
50V
10%
R100
C219
2
5.11K
0.25W
4N36SM
1%
0.1U
10%
50V
R220
10K
0.25W
1%
U61
J1
P
17
12
12
1KHZ
INVERTER
READY
MIC2981/82YWM
C99
0.1U
50V
10%
R1000
4.7K
0.5W
C
5%
B
PP
C53
0.1U
50V
10%
MRA4004T3
400V
−
+24VDC
C
K
+24VDC
FDBK
B
Q102
MMBT3906
U101
E
B
10K
0.25W
KV
C104
R105
7.50K
0.25W
B
CR150
16
CAP 16
E
CR151
J4
STOP
+
P
+24B
Q109
MMBT3904
FDBK
R218
5.11K
0.25W
1KHZ
20:1
B
KV
CR22
MMSD4148
100V
CR21
MMSD4148
100V
3.118K
OHMS
21.1
OHMS
1
P
B
UNUSED GATES
______________
+24VDC
9
1
10
DECOUPLING CAP IS
SHARED WITH U101
C60
18
MIC2981/82YWM
U61
PP
D
REV
2
01July04
D
GE Healthcare
Tue
Dec
18
11:17:19
1
Path
Block
1khz_driver
2007
2
3
4
5
92
6
4of
Sheet
4
Dwg No
5350024SCH
7
Restricted
Sheet
Rev
3
4of
8
4
BSize
Company
Block
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
SECTION 9 KVP/FIL CONTROL AMX1 A4 A2, 46−264986G1
93
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
94
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
95
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
96
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
97
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
98
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
SECTION 10 CAPACITOR BOARD AMX1 A4 A3, 46−288504G1
99
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
100
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
1
2
3
4
5
6
AMX1
A
7
8
9
11
10
A4 A3
A
F
+BATT_ SWI TCHED
J2 7
+BATT_ SWI TCHED
J2 5
+BATT_ SWI TCHED
J2 6
J1 1
R1 6
250
5%
55. 0W
B
CR1 9
CR 1 8
R2 1
+BATT_ SWI TCHED
1N5062
1N5352
V 15. 0
+ C1 5
−BATT
J2 3
C
−BATT
J1 5
D
E
B
CR 7
1N1 186
C
+ CR2 0
1N1 186
CR 1 3
COM_ CAP_ CHARGE
J1 3
−
400V
6A
−B A T T
10%
250V
770U
R1 4
27K
5%
2. 0W
1200U
250V
10%
50
5%
12. 0W
J2 9
B
+ C1 0
+ C1 2
C
R5
27K
5%
2. 0W
770U
250V
10%
STOP_ CAP
J2 1
500
5%
12. 0W
COM_ CAP_ CHARGE_ RTN
J1 4
Q3−A
1. 0U
200V
10%
R9
27K
5%
2. 0W
R1 7
D
C1 1
D
A
N O T E :
FI L TER_ CAP+
J3 3
C o mp o n e n t s
E
+ C6
FI L TER_ CAP−
J3 5
16000U
60V
10%
p a r t
R8
1K
5%
2. 0W
C 6 ,
o f
C 1 0 ,
t h e
i n
t h i s
d a s h e d
b o a r d
C 1 2 ,
C 1 5 ,
C a p a c i t o r
a r e a s ,
a r e
n o t
a s s e mb l y .
L 3
a r e
mo d u l e
E
p a r t
a s s e mb l y
4 6 −3 0 3 9 1 3 G1 .
PWM_ E
J3 1
o f
PWM_ E
J4 2
F
F
L3
PWM_ L
J3 2
PWM_ L
J4 1
/ u s e r / a mx _ 4 / c a p _ b d
H
A
C A P A C I
4 6 −2 8 8 5 0 4 −S
1
−
1
−
1
H
T O R _ B O A R D
A MX 1 −A 4 −A 3
A MX _ I V _ P R OD U C T I V I T Y
CI NDY_ DREWI CZ
4 0 4
2 5 −FEB−9 1
2
3
4
5
6
7
101
8
9
10
11
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
102
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
SECTION 11 DRIVE CONTROLLER BOARD AMX1 A5 A1
11−1 DRIVE CONTROLLER BOARD 46−232834G1 [PRIOR TO Q4 2009]
103
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
104
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
105
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
106
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
107
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
108
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
11−2 DRIVE CONTROLLER BOARD 5350018 [STARTING Q4 2009]
109
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
110
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
2
1
3
5
4
6
7
8
NOTES:
A
1.
REVISION
ECR/ECO
1
2
DATE
21−NOV−07
31−JAN−08
SIGN
OFF
2.
3.
4.
5.
B
6.
A
THE VARIATION
AND VERSION FOR THIS
PWA IS 5350018
A.
THIS
COVER SHEET CONTROLS THE RE−
VISION
STATUS OF THE ENTIRE
DOCUMENT.
THE REVISION OF ALL SHEETS OF THIS
DOCUMENT WILL
BE AT THE SAME LEVEL.
THIS
SCHEMATIC MEETS THE SPECIFICA−
TIONS OF THE GLOBAL SCHEMATIC STANDARD
GUIDELINES
2299773GSP.
ELECTRONIC SIGNATURES FOR BOTH THE
SCHEMATIC REVIEWER(S)
AND APPROVER(S)
CAN BE FOUND WITHIN MY WORKSHOP.
UNLESS OTHERWISE SPECIFIED:
RESISTORS
ARE IN OHMS.
CAPACITORS
ARE IN FARADS.
INDUCTORS
ARE IN HENRIES.
TP21 − TP38 ARE FUNCTIONAL TEST PROBE
POINTS TO BE PLACED ON THE BOTTOM
SIDE OF THE BOARD.
B
C
D
D
By
CLAUDIA
Block
Thu
Jan
31
08:28:05
1
Date
GRANADOS 21−SEP−2007
2
3
4
5
111
DRIVE
Block
Path
drive_control
2008
Title
1of
6
CONTROL
Sheet
10
Dwg No
5350018SCH
7
GE Healthcare
Company
Restricted
Sheet
Rev
2
1of
8
10
BSize
Made
REV
2
01July04
C
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
DRIVE
3
2
1
RX
RESET
5
A
OR
RIGHT STALL
(SAME
AS
LEFT STALL)
LEFT
LEFT
IM−
IM−
LEFT
LEFT
IM+
6
MOTOR STALL
AND PEAK
OVER CURRENT
DETECTION
RX
PWR OK
4
78
DRV
LEFT
DRV
+5V−DRV
(ENABLES
INVERT
RTN
ANALOG
MUX
IM+
DIFF
AMP
OR
NON−INVERT
AMPLIFIER
AMP
STALL
A
DRIVE
LEFT
DRV FBK+
LEFT
DRV FBK−
POWER AMPLIFIER)
RTN
CLOCK
DIRECTION
B
B
−
MOTOR
CURRENT
COMPAR
LATCH
+
LEFT
LEFT
DRV CMND+
DRV CMND−
MOTOR CURRENT DEMAND
DIFF
AMP
INVERT
+
−
VOLTAGE
VOLTAGE
CLAMP
OR
ERROR
AMP
NON−INVERT
AMPLIFIER
TO
PULSE WIDTH
CONVERTER
LEFT
TOP
CCW*
LEFT
BOT
CW*
LEFT
TOP
CW*
LEFT
BOT
CCW*
C
C
RX
RX
RELAY
DRIVERS
MOTOR ENA
NOTE: THE RIGHT DRIVE CONTROL
IS EXACTLY THE SAME AS
THE LEFT DRIVE CONTROL
BRAKE
RELEASE
RIGHT
MOTOR ENA
LEFT
BUMPER #1
BUMPER
LOGIC
D
BUMPER
DRV
&
BUMPER #2
I/F
2
D
MOTOR ENA
01July04
SPD ENA
REV
FULL
ENA SW
GE Healthcare
Company
Block
Fri
Oct
19
16:05:50
1
Path
Block
drive_control
2007
2
3
4
5
112
2of
6
Sheet
10
Dwg No
5350018SCH
7
Restricted
Sheet
Rev
2
2of
8
10
BSize
DRIVE
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
3
2
1
4
5
6
78
DECOUPLING CAPACITORS
5V
24V
J1
CONN_9
+15V
5V
C24
22U
35V
10%
1
1
2
2
4
5
6
7
8
9
4
5
A
−15V
6
7
8
9
C28
0.1U
50V
10%
C35
0.1U
50V
10%
C42
0.1U
50V
10%
C48
0.1U
50V
10%
C60
0.1U
50V
10%
C54
0.1U
50V
10%
C65
0.1U
50V
10%
C69
0.1U
50V
10%
C73
0.1U
50V
10%
C77
0.1U
50V
10%
A
LGND
NC
5V
PWR
PGND
SGND
LGND
C29
0.1U
50V
10%
C36
0.1U
50V
10%
C43
0.1U
50V
10%
0.1U
50V
10%
C30
0.1U
50V
10%
C37
0.1U
50V
10%
C44
0.1U
50V
10%
0.1U
50V
10%
C49
0.1U
50V
10%
C55 C103
0.1U
50V
10%
C104
0.1U
50V
10%
0.1U
50V
10%
0.1U
50V
10%
C56 C61
0.1U
50V
10%
C66
0.1U
50V
10%
C70
0.1U
50V
10%
C105
LGND
J2
8B3<
CONN_26
RIGHT_DRV_FBK+
LEFT_DRV_FBK+
RIGHT_DRV_CMND−
LEFT_DRV_CMND+
6C8>
4C8>
7D1<
5C1<
1
NC
NC
FULL_SPD_ENA
DRIVE_RESET
DRIVE_ENA_SW
9C1<
8A3<
3C1>
NC
NC
NC
NC
B
1
3
5
7
9
3
5
7
9
11
11
13
15
17
19
21
13
15
17
19
21
23
25
23
25
RIGHT_DRV_FBK−
LEFT_DRV_FBK−
RIGHT_DRV_CMND+
LEFT_DRV_CMND−
BUMPER*
RIGHT_STALL
LEFT_STALL
MOTOR_ENA
2
4
6
8
2
4
6
8
10
12
14
16
18
10
12
14
16
18
C25
22U
35V
10%
NC
NC
NC
NC
NC
20
22
24
26
20
22
24
26
+15V
6D8<
4D8<
7C1<
5D1<
9A8>
6A8>
4A8>
8D3<
C50
C74
0.1U
50V
10%
C78
0.1U
50V
10%
B
SGND
+15V
CONTROLLER
SGND
C31
0.1U
50V
10%
C38
0.1U
50V
10%
C45
0.1U
50V
10%
C51
0.1U
50V
10%
C32
0.1U
50V
10%
C39
0.1U
50V
10%
C46
0.1U
50V
10%
0.1U
50V
10%
C33
0.1U
50V
10%
C40
0.1U
50V
10%
C47
0.1U
50V
10%
0.1U
50V
10%
C57
0.1U
50V
10%
0.1U
50V
10%
C62
0.1U
50V
10%
C67 C71
0.1U
50V
10%
C75
0.1U
50V
10%
C63
0.1U
50V
10%
C72
C68
0.1U
50V
10%
C76
0.1U
50V
10%
24V
J9
4C1<
5B8>
4C1<
5A8>
8B8>
8D8>
LEFT_IM−_RTN
LEFT_BOT_CCW*
LEFT_IM+
LEFT_TOP_CCW*
+5V−DRV
RIGHT_MOTOR_ENA
3B1>
7B8>
6C1<
7A8>
6C1<
DRIVE_ENA_SW
RIGHT_BOT_CW*
RIGHT_IM+_RTN
RIGHT_TOP_CW*
RIGHT_IM−_RTN
C
8B3<
1
3
5
7
9
11
NC
13
15
17
19
21
23
25
SGND
1
3
5
7
9
11
13
15
17
19
21
23
25
2
4
6
8
10
12
14
16
18
20
22
24
26
2
4
6
8
10
12
14
16
18
20
22
24
26
NC
NC
NC
LEFT_IM−
LEFT_TOP_CW*
LEFT_IM+_RTN
LEFT_BOT_CW*
4C1<
5B8>
4C1<
5A8>
LEFT_MOTOR_ENA
BRAKE_RELEASE
8D8>
8C8>
RIGHT_IM+
RIGHT_TOP_CCW*
RIGHT_BOT_CCW*
RIGHT_IM−
6C1<
7B8>
7A8>
6C1<
−15V
C26
22U
35V
10%
C58
0.1U
50V
10%
0.1U
50V
10%
C79
0.1U
50V
10%
C
SGND
−15V
PIN
RIGHT_ANGLE
RIBBON_CABLE_STANDARD
DRIVE
C52
PWR AMP
C53
C59
0.1U
50V
10%
C64
0.1U
50V
10%
SGND
J11
24V
BUMPER_#1
BUMPER_#2
PWR_OK
9A1<
9A1<
8C3<
5
6
BUMPER_#1_RTN
BUMPER_#2_RTN
9B1<
9B1<
2
PGND
GE Healthcare
BUMPER
Jan
30
11:55:33
1
D
PGND
PIN
STRAIGHT
FRICTIONLOCK_HEADER
Wed
C34
0.1U
50V
10%
Company
Block
Path
Block
drive_control
2008
2
REV
D
C27
22U
35V
10%
3
4
5
113
3of
6
Sheet
10
Dwg No
5350018SCH
7
Restricted
Sheet
Rev
2
3of
8
10
BSize
1
01July04
2
3
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
3
2
1
4
5
6
78
LEFT_STALL_BRD
5V
1MEG
0.1W
1%
A
1%
Y
LGND 13
12
VCC=5V
A
U3
2
B
1
A
Y
Y
GND=LGND
VCC=5V
GND=LGND
1%
12
GND
8
D1
MMSD4148
R3
681K
0.1W
R2
4.99K
0.1W
R7
10K
0.1W
100V
1%
C2
1K
SGND
C4
100P
100V
15U
35V
10%
0.1W
1%
CLR_N
5
Q_N
6
7
1K
R17
2.21K
U24
SN75C189A
1%
D3
0.25W
MMSD4148
13
11
A
100V
NC
Y
9
LGND
1%
1K
1%
RED
BR1101W
D4
LEFT
STALL
U31
VCC=5V
A
1K
0.1W
0.1W
74VHC−AHC125
LGND 10
3B4<
R138
100K
0.1W
R24
VCC=5V
R129
1%
TP17
LEFT_STALL
12
10
VS
5V
LGND
8
OE_N
A
GND=LGND
Y
STALL_RESET*
GND=LGND
VCC=5V
8A8>
6B8<
+15V
1%
R5
D
Q
MIC2982
1%
0.1W
1%
1%
PRE_N
CLK
1
VCC=5V
5V
−15V
1MEG
0.1W
4
3
2
GND=LGND
14
VOUT
R11
3
R128
TP3
1%
74VHC−AHC74
GND=LGND
U13
LM339
12
CONT
9
U7
U4
74VHC−AHC08
11
OE_N
NC
3
C3
100P
100V
10K
0.1W
B
A
VP
MTR FBK TP1
80V/AMP
R1
0.1U
50V
10%
8
24V
U31
74VHC−AHC125
+15V
+15V
C1
10
100V
1%
U13
LM339
3
LEFT
MMSD4148
9
10K
0.1W
0.25W
CONT
R10
11
10
VP
8A2>
R6
U24
SN75C189A
1%
D2
12
GND
6A1<
−8V_REF
R16
2.21K
9
TP16
8B3<
13
VOUT
B
−15V
+15V
6
681K
0.1W
4
VOUT
−15V
LEFT_MTR_CURRENT
SGND
+10V_REF
8B2>
U19
TL072A
7
5
1%
6C1<
VP
8
R4
LEFT_MTR_FBK
VN
4C5<>
LEFT_MTR_FBK
5B1<
4B1<
C5
TP4
5
GND
LOGIC
1%
10
8
7
R9
5.11K
0.1W
0
1%
SGND
5A5<
6
R13
4.99K
0.1W
1%
5
U15
TL072A
7
R14
40.2K
0.1W
VOUT
−15V
2
R18
10K
0.1W
1%
1%
LEFT_Q*
5C8>
5D5<
1%
R20
3
100K
0.1W
VOUT
20K
0.1W
−15V
6
U16
TL072A
7
5
1%
1%
VOUT
−15V
R25
LEFT_DRV_FBK+
3B1<
LEFT_DRV_FBK−
3B4>
100
0.25W
1%
U38
DG201
−15V +15V
SGND
13
4
LEFT_Q
5C8>
R22
1
SGND
5A5<
+15V
U19
TL072A
8
9
+15V
4.99K
0.1W
1%
+15V
VP
S<0>
5.11K
0.1W
10K
0.1W
1%
9
10
D
VP
VN
IN
S
+3.3V_REF
11
8C2>
6D8<
D
GND
LOGIC
D
5
0
01July04
6
16
15
1%
VN
S<1>
2
1%
R12
8
11
R8
1
VP
S<2>
4
VN
3C4>
14
IN<3>
D<3>
IN<2>
D<2>
IN<1>
D<1>
IN<0>
D<0>
C
R23
10K
0.1W
4
3C1>
S<3>
R21
10K
0.1W
8
3C4>
3
R19
40.2K
0.1W
4
LEFT_IM+
LEFT_IM−
LEFT_IM−_RTN
LEFT_IM+_RTN
3C1>
13
4
R15
C
VP
VN
22N
100V
10%
−15V
VP
+15V
VN
U21
DG201
REV
2
SGND
GE Healthcare
Wed
Jan
30
11:55:26
1
Path
Block
drive_control
2008
2
3
4
5
114
4of
6
Sheet
10
Dwg No
5350018SCH
7
Restricted
Sheet
Rev
2
4of
8
10
BSize
Company
Block
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
B
C
Q2
MMBT3906
1N
1N
50V
2%
50V
2%
4
6
2
5
RESET
THRES
TRIG
VDD
8
OUT
3
9
AY
10
Y
11
VCC=5V
VCC=5V
1
GND
1%
VCC=5V
4D1<
+15V
SGND
5D5<
R51
3.92K
0.1W
TP12
9
5C8>
4D1<
5C8>
7B5<
9D7>
10
LEFT_Q
LEFT_Q*
CLOCK*
A
Y
B
D1
1
11
1
TP24
1
TP25
1
1%
1%
D9
MMSD4148
D6
MMSD4148
100V
30.1K
0.1W
12V
D10
MMSD4148
D7
MMSD4148
100V
7B5<
TP5
TP21
5V
1%
1
100P
100V
1%
C18
0.56UF
R48
6
−15V
24.3K
0.1W
1%
24.3K
0.1W
1%
U36
DG201
1%
C15
100P
100V
8C8>
7D1<
SGND
BAL_STR
VN
GND
BAL
20K
0.1W
VP
VN
16
15
IN
8
+PW_LMT
R54
VOUT
20K
0.1W
−15V
1%
R57
5
5A5<
4D1<
LEFT_Q*
5C8>
0
U2
TL072A
100K
0.1W
TP28
VOUT
−15V
1%
16
15
IN
SGND
D
14
S
D
GND
SGND
LOGIC
30
11:55:31
1
Path
5
0
GE Healthcare
SGND
Block
drive_control
2008
2
3
4
5
115
5of
6
5B2<
D16
MMSD4148
100V
U38
DG201
VP
VN
TP12
5.62K
0.1W
1%
13
9B8>
7C8<
D15
MMSD4148
100V
R59
1
3
4
D
TP12
Company
Jan
4D1<
5A5<
5D5<
C
1%
2
Block
Wed
4D1<
5A5<
1
U2
TL072A
14
S
LOGIC
Q_N
LEFT_Q (CCW)
LEFT_Q* (CW)
20K
0.1W
1%
SGND
GND
DRIVE_ENA_SW_BRD
CLR_N
9
R58
−15V +15V
13
4
1%
R56
LGND
7
5
−15V +15V
D
D
Q
+15V
1%
R46
TP15
1
VOUT
1%
R44
10K
0.1W
PRE_N
CLK
12
13
+15V
4
4
10K
0.1W
1K
8
U16
TL072A
VCC=5V
1%
11
1%
301K
0.1W
TP7
1
3
U4
74VHC−AHC74
10
121K
0.1W
8
8
R43
VN
LEFT_DRV_CMND−
3B4>
VP
2
R53
R50
+15V
GND=LGND
VCC=5V
VP
1%
0.1W
1%
VP
1%
B
B
GND=LGND
100V
10K
0.1W
10K
0.1W
0.1W
1K
VOUT
VN
R45
R42
R132
1N
50V
2%
VN
LEFT_DRV_CMND+
3B1>
R131
4
C
−15V
C19
1
50V
2%
3C4<
5
6
LGND
1N
4
C14
7
2
A
6
LGND
1%
0.25W
3
C17
R55
2.21K
LEFT_TOP_CW*
74VHC_AHC14
1%
AR1
LM311
3C1<
VCC=5V
C23
100P
100V
1%
5V
LEFT_BOT_CCW*
GND=LGND
5
49.9K
0.1W
+15V
100V
R52
3.92K
0.1W
−15V
CLOCK
9C7>
4
B
U6
LGND
100V
R63
A
1%
8
1%
VP
B
3C4<
74VHC_AHC14
3
1%
1
LEFT_MTR_CURRENT
4C8>
LEFT_BOT_CW*
VCC=5V
C22
100P
100V
D14
MMSD4148
D8
MMSZ5242B
R47
8
B
U6
49.9K
0.1W
100V
A
GND=LGND
1%
LGND
100V
R62
A
C21
100P
100V
D13
MMSD4148
LGND
VCC=5V
9
49.9K
0.1W
VCC=5V
3C1<
74VHC_AHC14
1
GND=LGND
LEFT_TOP_CCW*
U6
LGND
100V
R61
1
10
B
GND=LGND
1%
D12
MMSD4148
TP23
8
A
C20
100P
100V
1%
12
_E LGND
11
49.9K
0.1W
8
9
_Q1
Q1
4
U3
74VHC−AHC08
100
0.25W
GND=LGND
SGND
5D8<>
R130
12
A
GND=LGND
7
GND=LGND
U25
CD4049UB
7
DISCH
CONT
U25
CD4049UB
10
Q0
_Q0
01July04
B
C16
VCC
D0
74VHC_AHC14
100V
R60
2
U22
TLC555ID
C13
6
Y
U6
1
5
+15V
1%
5
6
1
A
U27
CD74HC75
D11
MMSD4148
TP27
1
4
TP26
1
0.1W
100V
E
1%
A
R125
1K
5V
Sheet
10
REV
10K
0.1W
1%
TP22
U3
74VHC−AHC08
78
Dwg No
5350018SCH
7
Restricted
Sheet
Rev
2
5of
8
10
BSize
R41
TRIGGER
9D7>
7A1<
6
+15V
R49
42.2K
0.1W
D5
MMSD4148
5
1
+15V
4
1
3
2
1
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
3
2
1
4
5
6
78
RIGHT_STALL_BRD
5V
1%
Y
GND=LGND
VCC=5V
VCC=5V
12
A
13
B
7
1%
1%
D17
MMSD4148
R78
R82
1K
0.1W
1%
TP18
R92
2.21K
0.25W
1%
1K
1%
NC
3
C90
100P
100V
15U
35V
10%
0.1W
SGND
D
CLR_N
LGND
Q
9
Q_N
8
6
5
Y
A
R99
VCC=5V
R134
1K
0.1W
1%
1K
0.1W
1%
LGND
RED
BR1101W
D20
RIGHT
STALL
5V
Y
STALL_RESET*
GND=LGND
VCC=5V
VCC=5V
3B4<
R140
100K
0.1W
6
OE_N
A
GND=LGND
RIGHT_STALL
13
10
VS
1%
LGND
4
MIC2982
8A8>
4B8<
+15V
C88
R80
1%
5
1%
4
VP
1%
100V
2
1%
A
1MEG
0.1W
CONT
10K
0.1W
100V
12
GND
681K
0.1W
PRE_N
CLK
U31
3
1
R77
4.99K
0.1W
12
13
74VHC−AHC125
U24
SN75C189A
1%
D19
MMSD4148
R86
11
GND=LGND
5V
TP6
10
VCC=5V
R133
VOUT
−15V
11
GND=LGND
U13
LM339
1
6
Y
U7
2
3
C89
100P
100V
R76
10K
0.1W
B
A
GND=LGND
NC
3
+15V
+15V
C87
0.1U
50V
10%
2
Y
74VHC−AHC08
1
OE_N
U29
74VHC−AHC74
U8
1
MTR FBK TP2
80V/AMP
LGND
6
100V
VP
RIGHT
4
A
1MEG
0.1W
1%
A
0.25W
5
10K
0.1W
D18
MMSD4148
24V
U31
74VHC−AHC125
U24
SN75C189A
1%
CONT
−8V_REF
8A2>
R85
12
GND
4A1<
R81
R91
2.21K
9
TP19
8B3<
U13
LM339
2
VOUT
B
−15V
+15V
6
681K
0.1W
4
VOUT
−15V
RIGHT_MTR_CURRENT
SGND
+10V_REF
8B2>
U1
TL072A
7
5
1%
4C1<
VP
8
R79
RIGHT_MTR_FBK
VN
6C5<>
RIGHT_MTR_FBK
7B1<
6B1<
C91
TP9
5
GND
LOGIC
1%
10
8
7
R84
5.11K
0.1W
0
1%
SGND
7A5<
2
R88
4.99K
0.1W
1%
U15
TL072A
2
R93
R95
R89
40.2K
0.1W
VOUT
−15V
10K
0.1W
1%
3
100K
0.1W
VOUT
20K
0.1W
−15V
6
U18
TL072A
7
5
1%
VOUT
−15V
R100
RIGHT_DRV_FBK+
3B1<
RIGHT_DRV_FBK−
3B4>
100
0.25W
1%
U38
DG201
−15V +15V
SGND
13
RIGHT_Q
7C8>
R97
1%
SGND
7A5<
TL072A
1
1
3
1%
RIGHT_Q*
7C8>
7D5<
1%
+15V
U1
8
9
+15V
4.99K
0.1W
1%
+15V
VP
S<0>
5.11K
0.1W
10K
0.1W
1%
D
4
VP
VN
8
7
D
IN
S
GND
LOGIC
+3.3V_REF
6
8C2>
4D8<
D
5
0
01July04
6
16
15
1%
VN
S<1>
2
1%
R87
8
11
R83
1
VP
S<2>
4
VN
3C1>
14
IN<3>
D<3>
IN<2>
D<2>
IN<1>
D<1>
IN<0>
D<0>
C
R98
10K
0.1W
4
3C1>
S<3>
10K
0.1W
8
3C4>
3
R96
R94
40.2K
0.1W
4
RIGHT_IM−
RIGHT_IM+
RIGHT_IM+_RTN
RIGHT_IM−_RTN
3C4>
13
4
R90
C
VP
VN
22N
100V
10%
−15V
VP
+15V
VN
U26
DG201
REV
2
SGND
GE Healthcare
Wed
Jan
30
11:55:22
1
Path
Block
drive_control
2008
2
3
4
5
116
6of
6
Sheet
10
Dwg No
5350018SCH
7
Restricted
Sheet
Rev
2
6of
8
10
BSize
Company
Block
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
+15V
C
Q3
MMBT3906
1N
1N
50V
2%
50V
2%
4
6
2
5
RESET
THRES
TRIG
VDD
8
OUT
3
DISCH
CONT
GND
U25
CD4049UB
7
AY
6
Y
5
4
VCC=5V
1%
VCC=5V
7D5<
+15V
SGND
7C8>
6D1<
7C8>
5B5<
1
6
Y
A
1
1
14
15
Q1
_E LGND
1
1
1
B
4
TP34
1
TP35
1
1%
D25
MMSD4148
30.1K
0.1W
12V
D26
MMSD4148
5B5<
TP10
R112
3.92K
0.1W
−15V
TP31
AR2
LM311
1
1%
1%
1%
R106
R108
VOUT
−15V
24.3K
0.1W
6
1%
24.3K
0.1W
1%
−15V
1%
D
C94
100P
100V
U36
+15V DG201
13
1%
4
1
IN
2
D
S
DRIVE_ENA_SW_BRD
8C8>
5D1<
LOGIC
BAL_STR
VN
GND
BAL
1
GND=LGND
VCC=5V
TP20
PRE_N
CLK
D
CLR_N
Q
5
Q_N
6
RIGHT_Q (CCW)
(CW)
RIGHT_Q*
+PW_LMT
1%
+15V
U9
2
TL072A
R114
VOUT
20K
0.1W
−15V
1%
R117
5
U9
7A5<
6D1< 7C8>
TP38
TP13
TL072A
R123
100K
0.1W
VOUT
−15V
1%
1%
TP13
RIGHT_Q*
0
VP
VN
1
IN
2
D
SGND
S
GND
SGND
LOGIC
30
11:55:24
1
Path
D
3
5
0
Block
drive_control
2008
2
3
4
5
117
7of
6
7B2<
D32
MMSD4148
100V
U38
DG201
4
9B8>
5C8<
5.62K
0.1W
GE Healthcare
SGND
Company
Jan
7D5<
6D1<
7A5<
D31
MMSD4148
100V
1
3
13
3
Block
Wed
7A5<
6D1<
C
20K
0.1W
1%
SGND
GND
SGND
20K
0.1W
−15V +15V
VP
VN
B
R118
R116
LGND
7
5
B
1%
8
U18
TL072A
1%
R104
10K
0.1W
1K
1
+15V
4
4
10K
0.1W
U29
74VHC−AHC74
4
3
2
1%
301K
0.1W
TP8
1
3
0.1W
1%
121K
0.1W
8
VP
8
R103
VN
RIGHT_DRV_CMND−
3B1>
R113
R110
+15V
2
0.1W
1K
VOUT
VP
1%
R137
VN
1%
3C4<
VCC=5V
100V
10K
0.1W
10K
0.1W
R136
4
R105
R102
RIGHT_TOP_CCW*
GND=LGND
VP
RIGHT_DRV_CMND+
3B4>
C97
0.56UF
A
6
LGND
1%
1N
50V
2%
VN
C
−15V
C98
100P
100V
3C1<
5
6
LGND
1N
50V
2%
4
C93
RIGHT_BOT_CW*
74VHC_AHC14
C102
100P
100V
5V
7
2
C96
4
VCC=5V
1%
0.25W
3
B
GND=LGND
5
R115
2.21K
3C4<
U5
LGND
1%
5V
A
1%
49.9K
0.1W
+15V
100V
100V
CLOCK
9C7>
RIGHT_BOT_CCW*
74VHC_AHC14
3
100V
R122
8
D23
MMSD4148
1%
VP
B
8
VCC=5V
C101
100P
100V
1%
1
RIGHT_MTR_CURRENT
6C8>
B
U5
LGND
D30
MMSD4148
D24
MMSZ5242B
R107
A
GND=LGND
1%
49.9K
0.1W
100V
100V
A
C100
100P
100V
D29
MMSD4148
100V
R121
3C1<
VCC=5V
9
49.9K
0.1W
LGND
RIGHT_TOP_CW*
74VHC_AHC14
1
GND=LGND
10
U5
LGND
100V
R120
1
B
GND=LGND
1%
D28
MMSD4148
TP33
A
C99
100P
100V
1%
12
1%
D22
MMSD4148
11
49.9K
0.1W
VCC=5V
RIGHT_Q*
RIGHT_Q
CLOCK*
9D7>
6D1<
R111
3.92K
0.1W
TP13
5
16
Q0
_Q0
_Q1
D1
13
U8
74VHC−AHC08
100
0.25W
GND=LGND
SGND
7D8<>
R135
VCC
D0
3
GND=LGND
A
GND=LGND
8
Y
VCC=5V
U25
CD4049UB
7
1
A
74VHC_AHC14
100V
R119
01July04
B
C95
9
5
2
U5
2
U28
TLC555ID
C92
B
U27
CD74HC75
D27
MMSD4148
TP37
Sheet
10
REV
1%
10
TP36
Dwg No
5350018SCH
7
Restricted
Sheet
Rev
2
7of
8
10
BSize
0.1W
5V
1
R127
1K
100V
E
1%
A
U8
74VHC−AHC08
1
10K
0.1W
1%
TP32
78
1
R101
TRIGGER
9D7>
5A1<
6
+15V
R109
42.2K
0.1W
D21
MMSD4148
5
1
+15V
4
1
3
2
1
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
3
2
1
4
5
6
78
1
−15V
R26
7.68K
4A1<
6A1<
3B1>
R32
DRIVE_RESET
1%
C9
1%
0.1U
50V
10%
SGND
LGND
1
6
A
10K
0.1W
C6
0.1U
50V
10%
R27
8.66K
0.1W
4
2
Y
5
2
−8V_REF
CONT
0.1W
A
U30
74VHC−AHC125
U10
SN75C189A
1%
NC
A
GND=LGND
VCC=5V
STALL_RESET*
3
OE_N
4B8<
Y
6B8<
A
GND=LGND
VCC=5V
LGND
U20
74VHC−AHC32
6A8>
4A8>
+15V
RIGHT_STALL_BRD
LEFT_STALL_BRD
4
5V
A
Y
5
6
B
GND=LGND
R28
4.99K
0.1W
6C1<
3C1>
3B1>
DRIVE_ENA_SW
1%
1%
C10
0.1U
50V
10%
A
PWR_OK
VCC=5V
10K
0.1W
1%
+15V
A
C11
0.1U
50V
10%
LGND
5
Y
A
GND=LGND
VCC=5V
NC
Y
GND=LGND
VCC=5V
12
A
Y
13
E
B
4.75K
0.25W
GND=LGND
Q1
C
B
MMBT3906
+5V−DRV
1%
VCC=5V
3C1<
11
U12
74VHC_AHC14
B
GND=LGND
1
Y
GND=LGND
VCC=5V
A
B
DRIVE_ENA_SW_BRD
2
5D1<
7D1<
GND=LGND
VCC=5V
LGND
R30
10K
0.1W
1%
C
U12
74VHC_AHC14
+3.3V_REF
4D8<
6D8<
11
C8
0.1U
50V
10%
R31
2.8K
0.1W
1%
A
B
R36
10
BRAKE_RELEASE
3C4<
RIGHT_MOTOR_ENA
3C1<
LEFT_MOTOR_ENA
3C4<
1K
0.1W
GND=LGND
1%
VCC=5V
SGND
3B4>
MOTOR_ENA
R35
10K
0.1W
1%
U30
13
C12
0.1U
50V
10%
NC
LGND
11
A
U12
74VHC_AHC14
74VHC−AHC125
U10
SN75C189A
12
CONT
C
1%
R39
B
VCC=5V
6
R40
10K
0.1W
8
Y
U20
74VHC−AHC32
4
OE_N
A
10
6
74VHC−AHC125
3
1
9
U32
U11
SN75C189A
R34
OE_N
A
GND=LGND
2
3D2>
4
5
Y
NC
LGND
SGND
LGND
3
1
10K
0.1W
C7
0.1U
50V
10%
R29
10K
0.1W
R33
2
4C1<
CONT
+10V_REF
CONT
1%
B
74VHC−AHC125
U10
SN75C189A
U20
74VHC−AHC32
VCC=5V
U30
10
OE_N
9
Y
A
GND=LGND
VCC=5V
8
9
Y
A
B
R37
8
1K
GND=LGND
VCC=5V
0.1W
GND=LGND
1%
VCC=5V
U12
74VHC_AHC14
LGND
5
A
B
R38
6
1K
D
0.1W
GND=LGND
1%
REV
2
VCC=5V
01July04
D
GE Healthcare
Wed
Jan
30
11:55:29
1
Path
Block
drive_control
2008
2
3
4
5
118
8of
6
Sheet
10
Dwg No
5350018SCH
7
Restricted
Sheet
Rev
2
8of
8
10
BSize
Company
Block
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
3
2
1
4
5
6
78
24V
A
R67
BUMPER_#1
3D2>
10
A
C81
0.1U
50V
10%
BUMPER_#1_RTN
C83
0.1U
50V
10%
2
B
1
A
Y
74VHC−AHC125
LGND
A
GND=LGND
VCC=5V
8
10
3B4<
R139
100K
0.1W
1%
Y
GND=LGND
VCC=5V
−15V
562K
0.1W
100P
100V
1%
LGND
LGND
C86
R73
BUMPER_#2_RTN
1%
R75
PGND
B
BUMPER*
11
VS
VCC=5V
3
OE_N
3
MIC2982
GND=LGND
1
2
Y
NC
GND=LGND
VCC=5V
A
U7
U17
74VHC−AHC08
Y
U32
6
A
1%
3D2>
GND=LGND
4
10K
0.1W
3D2>
A
U11
SN75C189A
R68
11
OE_N
VCC=5V
NC
5
3D2>
12
Y
9
1%
24V
LGND 13
8
10K
0.1W
BUMPER_#2
U32
74VHC−AHC125
U11
SN75C189A
1%
CONT
1%
9
R66
4.75K
0.25W
CONT
R65
4.75K
0.25W
150K
0.1W
B
1%
+15V
1%
R64
C80
0.1U
50V
10%
1%
C
8
A
9
10
10K
0.1W
CONT
FULL_SPD_ENA
3B1>
U10
SN75C189A
NC
U30
LGND 13
12
Y
A
GND=LGND
VCC=5V
11
OE_N
R72
3.57K
0.1W
U12
74VHC_AHC14
74VHC−AHC125
3
A
Y
GND=LGND
VCC=5V
13
1%
4
B
U36
DG201
−15V +15V
4
VP
VN
8
7
D
10%
35V
15U
C85
IN
LOGIC
VCC=5V
VP
1
1
3
1%
VOUT
+PW_LMT
5C8<
7C8<
−15V
SGND
6
S
GND
GND=LGND
2
332K
0.1W
4
150K
0.1W
8
R74
VN
R71
TP30
TP11
U14
TL072A
1
−15V
5
0
SGND
C
LGND
+15V
+15V
+15V
1%
NC
1N
CLOCK*
5B5<
7B5<
TRIGGER
5A1<
7A1<
1%
RESET
VDD
8
6
THRES
OUT
3
2
TRIG
DISCH
7
5
CONT
GND
U25
CD4049UB
3
AY
Y
14
2
GND=LGND
TP29
15
A
GND=LGND
VCC=5V
1
TP14
U25
CD4049UB
1
4
1
U23
TLC555ID
50V
2%
7B5<
0.1W
R70
681
0.1W
VCC=5V
C84
1N
SGND
50V
2%
D
01July04
D
5B5<
1K
1%
C82
CLOCK
R126
R69
64.9K
0.1W
REV
2
SGND
GE Healthcare
Wed
Jan
30
11:55:34
1
Path
Block
drive_control
2008
2
3
4
5
119
9of
6
Sheet
10
Dwg No
5350018SCH
7
Restricted
Sheet
Rev
2
9of
8
10
BSize
Company
Block
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
2
4
3
UNUSED
5V
A
B
12
9
1
NC
U3
MIC2982
18
10
VS
74VHC−AHC08
NC
12
A
13
B
GND=LGND
U7
2
9
74VHC_AHC14
B
2
NC
17
10
VS
NC
A
2
B
12
3
16
10
VS
24V
NC
12
A
13
B
9
MIC2982
15
10
VS
9
A
10
B
NC
U5
74VHC_AHC14
8
Y
13
4
NC
9
10
U7
GND=LGND
5
VCC=5V
VS
MIC2982
14
10
IN
S
11
D
GND
LOGIC
1
NC
VP
VN
5
0
U20
74VHC−AHC32
24V
9
12
B
−15V
U36
+15V DG201
−15V
VCC=5V
LGND
B
VOUT
SGND
NC
GND=LGND
VCC=5V
A
11
Y
U14
TL072A
7
5
U17
74VHC−AHC08
U7
NC
4
13
6
LGND
GND=LGND
C
+15V
VCC=5V
74VHC_AHC14
2
NC
GND=LGND
U5
B
3
Y
4
9
NC
MIC2982
VCC=5V
A
LGND
U17
74VHC−AHC08
GND=LGND
1
GND=LGND
VCC=5V
VCC=5V
U7
74VHC_AHC14
B
NC
74VHC−AHC08
1
LGND
24V
U6
A
6
Y
GND=LGND
VCC=5V
13
B
A
U8
MIC2982
GND=LGND
B
5
NC
VCC=5V
LGND
24V
U6
A
A
GND=LGND
VCC=5V
1
11
Y
4
8
13
U17
74VHC−AHC08
U7
U12
74VHC_AHC14
78
GATES
24V
5V
6
VP
A
5
VN
1
A
3
Y
2
B
C
SGND
NC
SGND
GND=LGND
VCC=5V
NC
5V
LGND
R124
U11
SN75C189A
LGND
13
A
LGND
NC
12
CONT
11
1K
0.1W
1%
NC
Y
9
GND=LGND
VCC=5V
U32
74VHC−AHC125
10
OE_N
A
LGND
8
NC
Y
GND=LGND
VCC=5V
D
REV
2
01July04
D
GE Healthcare
Wed
Jan
30
11:55:28
1
Path
Block
drive_control
2008
2
3
5
4
120
10
6
Sheet
of
10
Dwg No
5350018SCH
7
Restricted
Sheet
Rev
2
10
8
of
10
BSize
Company
Block
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
SECTION 12 DRIVE POWER AMPLIFIER AMX1 A5 A2
12−1 DRIVE POWER AMPLIFIER 46−232836G2 [PRIOR TO Q4 2009]
121
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
122
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
123
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
124
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
125
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
126
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
12−2 DRIVE POWER AMPLIFIER 5350028 [STARTING Q4 2009]
127
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
THIS PAGE INTENTIONALLY LEFT BLANK.
128
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
CR−1 :
@POWER_AMPLIFIER_LIB.POWER_AMPLIFIER(SCH_1):PAGE1
3
2
1
4
5
6
78
NOTES:
1.
A
2.
REVISION
ECR/ECO
DATE
1
27−SEP−07
2
24−JUL−08
3
2−SEP−08
SIGN
OFF
3.
4.
5.
THE VARIATION
AND VERSION FOR THIS
C.
PWA IS 5350028
THIS COVER SHEET CONTROLS THE RE−
VISION STATUS OF THE ENTIRE DOCUMENT.
THE REVISION OF ALL SHEETS OF THIS
DOCUMENT WILL BE AT THE SAME LEVEL.
THIS SCHEMATIC MEETS THE SPECIFICA−
TIONS OF THE GLOBAL SCHEMATIC STANDARD
GUIDELINES
2299773GSP.
ELECTRONIC SIGNATURES FOR BOTH THE
SCHEMATIC REVIEWER(S)
AND APPROVER(S)
CAN BE FOUND WITHIN
MY WORKSHOP.
UNLESS OTHERWISE SPECIFIED:
RESISTORS
ARE IN OHMS.
CAPACITORS
ARE IN FARADS.
INDUCTORS ARE IN HENRIES.
A
B
C
C
D
D
GE Healthcare
Tue
Sep
02
09:31:41
1
Path
Block
power_amplifier
2008
2
3
5
4
129
Sheet
1of 6
6
Dwg
No
5350028SCH
7
Restricted
Sheet
Rev
3
1of 6
8
BSize
Company
Block
REV 2
01July04
B
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
CR−2 :
@POWER_AMPLIFIER_LIB.POWER_AMPLIFIER(SCH_1):PAGE2
3
2
1
+5V_DRV
+BAT
A
4
5
LEFT
SWITCHED
6
78
V+
A
CURRENT
LIMIT
RESISTOR
LEFT
LEFT
V
TOP
CCW
CCW*
ISOLATED
GATE
DRIVE
RC CIRCUIT
TO SET
H−BRIDGE
TO
FULL BATTERY
VOLTAGE
POWER
FET
ISOLATED
GATE
DRIVE
POWER
FET
LEFT
V
CW
LEFT
TOP
CW*
GROUND
B
B
+15Z
+15Z
LEFT
BOT
CW*
GATE
DRIVE
POWER
FET
LEFT
POWER
FET
MOTOR
GATE
DRIVE
LEFT
BOT
CCW*
NOTE:
LEFT
IM+
IM+
RTN
THE RIGHT POWER AMPLIFIER
IS EXACTLY THE SAME AS
THE LEFT POWER AMPLIFIER.
LEFT
IM−
C
C
LEFT
RELEASE
IN
REGULATOR
GATE
DRIVE
VOLTAGE
SOURCE
+BAT_SWITCHED
BRAKE RELEASE1
BRAKE RELEASE2
RELAY
RCV
+15Z
PULSE
XFMR
LEFT
V
CW
PULSE
XFMR
LEFT
V
CCW
PULSE
XFMR
RIGHT
V
CW
D
PULSE
XFMR
RIGHT
V
01July04
BRAKE
+24V_SW
+24V_SW
RTN
CCW
REV 2
RELAY
D
GROUND
+15Z
+24V
IM−
GE Healthcare
Company
Block
Mon
Jun
30
13:34:19
1
Path
Block
power_amplifier
2008
2
3
5
4
130
6
2
Sheet
of
6
Dwg
7
No
5350028SCH
Restricted
Sheet
Rev
3
2of
8
6
BSize
LEFT
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
CR−3 :
@POWER_AMPLIFIER_LIB.POWER_AMPLIFIER(SCH_1):PAGE3
3
2
1
4
5
6
78
A
A
J1
J5
1
1
2
3
2
3
PIN
STRAIGHT
MATE_N_LOK
LEFT
LEFT_VM+
5C5>
LEFT_V+
5A3<
LEFT_VM−
5C4>
BRAKE
RELEASE1
−V BAT
1
1
2
2
BRAKE_RELEASE_OUT
6D5>
PIN
GROUND
STRAIGHT
FRICTIONLOCK_HEADER
MOTOR
LEFT
BRAKE
+24V
J2
J6
1
1
2
3
2
3
B
PIN
STRAIGHT
MATE_N_LOK
RIGHT
RIGHT_VM−
4C4>
RIGHT_V+
4A3<
RIGHT_VM+
4C5>
BRAKE
RELEASE2
−V BAT
1
1
2
2
RIGHT
LEFT
IM−
LEFT_BOT_CCW+
LEFT_IM+
LEFT_TOP_CCW+
5C8<
BRAKE
5D1>
5B1<
6C4< 3C2<
4C1<
1
1
2
3
PIN
STRAIGHT
FRICTIONLOCK_HEADER
DRIVE_ENA
3B5>
RIGHT_PWR_N
6C4>
LEFT_PWR_N
MOTOR DRIVE
6C4>
6C5<>
6C4<
0VDC
0VDC
4B8<
3
5
7
9
11
3
5
7
9
13
15
17
19
21
13
15
17
19
21
23
25
1
23
25
10
12
14
16
18
NC
5B8<
5C1<
LEFT_MOTOR_ENB
BRAKE_RELEASE_IN
NC
NC
20
22
24
26
5D8>
RIGHT_IM+
RIGHT_TOP_CCW+
RIGHT_BOT_CCW+
RIGHT_IM−
6C1<
6C1<
4D1>
4B1<
4C8<
4D8>
GROUND
DRIVE
C
GROUND
GROUND
CONTROL BOARD
+24V
1
2
+BAT_SWITCHED
4A6<
C20
0.1U
50V
10%
5A7< 6D3<
PIN
STRAIGHT
FRICTIONLOCK_HEADER
BRAKE
20
22
24
26
LEFT_IM−
LEFT_TOP_CW+
LEFT IM+ RTN
LEFT_BOT_CW+
2
4
6
8
1
VDC
2
10
12
14
16
18
11
J10
BRAKE RELEASE OUT
+BAT SWITCHED
2
4
6
8
1
2
PIN
STRAIGHT
MATE_N_LOK
0
ENABLE
1
2
NC
DRIVE_ENA
RIGHT_BOT_CW+
RIGHT IM+ RTN
RIGHT_TOP_CW+
RIGHT IM−
RTN
6C5<>
CONN_26
1
RELEASE
GROUND
D
REV 2
01July04
D
GE Healthcare
Company
Block
Tue
Jul
08
14:56:58
1
Path
Block
power_amplifier
2008
2
3
5
4
131
6
3
Sheet
of
6
Dwg
7
No
5350028SCH
Restricted
Sheet
Rev
3
3of
8
6
BSize
C
J7
RTN
RIGHT_MOTOR_ENB
6C1<
J4
B
J9
PIN
GROUND
STRAIGHT
FRICTIONLOCK_HEADER
MOTOR
2
3
5V−DRV
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
@POWER_AMPLIFIER_LIB.POWER_AMPLIFIER(SCH_1):PAGE4
3
ISOLATION
BOUNDARY
5
R33
RIGHT_V+
3B2>
A
C16
150U
250V
20%
L2
4.0UH
8A
T3
PE−68386
D8
MMSD4148
100V
2G
R23
C
VO
3
VE
GND
3C8>
E
2
Q17
MMBT3904
8
T4
PE−68386
R24
2.21K
0.1W
6
C12
1
D9
MMSZ5250BT1
20V
5%
10U
25V
10%
2
C
1W
R29
162
33
2W
5%
2
D23
D27
NO POP
Q14
MMBT3904
8.25K
0.1W
R46
3.32K
0.1W
1%
1%
E
B
Q13
MMBT3904
C
Q15
MMBT3906
1%
IRFS38N20D
1%
1W
1%
1W
1W
Q20
MMBT3904
TP3
10U
25V
10%
C
B
R72
26.7K
0.1W
E
C
1%
100
0.1W
E
1%
Q21
MMBT3906
MMSZ5250BT1
20V
C
B
Q22
C
MMBT3904
R74
B
E
R73
33.2K
0.1W
R26
0.10
R40
0.10
R27
0.10
0.10
1%
3C8>
R70
3.32K
0.1W
1%
GROUND
R41
1%
5W
RIGHT_IM−
1%
5W
RTN
RIGHT
GROUND
IM−
3C8<
RTN
D
01July04
D
8.25K
0.1W
RIGHT_BOT_CCW+
1%
5W
GROUND
IM+
3C4>
D13
1%
RIGHT
GND
MMSZ5250BT1
20V
5%
1%
RIGHT_IM+
5
RIGHT_TOP_CW+
5%
1%
5W
3C8<
VE
1
D12
1W
5%
33.2K
0.1W
B
3
6
R43
Q8
IRFS38N20D
1%
1%
MMSZ5250BT1
20V
1%
2
VO
C19
C
R92
SPARE_RC0603
500V
R39
162
R31
162
D10
R51
R38
162
3
100
0.1W
E
C
R30
162
Q6
1
D30
NO POP
C18
3300PF
500V
TP8
0.1W
+15Z
3B2<
C14
3300PF
R25
B
Q19
MMBT3906
RIGHT_VM+
3
E
1%
R49
D24
R75
1K
HCPL−2200
VCC
MOTOR
3B2<
4
B
7
1%
B
5%
RIGHT_VM−
R89
SPARE_RC0603
8
E
MMSZ5250BT1
20V
GROUND
MMSZ5250BT1
20V
5V−DRV
U4
2.21K
0.1W
1%
1%
1W
Q18
MMBT3906
1%
E
1
5%
C
RIGHT_BOT_CW+
R37
162
1%
GROUND
R71
100
0.1W
NC−5
0.1W
R42
Q7
IRFS38N20D
1
RIGHT
C
1W
D11
MURS140
400V
NC−2
10
B
TP4
1%
R32
1W
+15Z
R52
26.7K
0.1W
500V
R36
162
5A1<
6A7>
4A1<
5A8<
43
1G
2G
R44
C
Q16
MMBT3904
XFMR_P
1
2
1
C17
3300PF
1%
IRFS38N20D
1%
E
B
D29
NO POP
R28
162
Q5
1
100
0.1W
1%
5
D14
MMSD4148
100V
SPARE_RC0603
400V
500V
TP7
R53
7
RIGHT_TOP_CCW+
3C4>
R77
237K
0.1W
C15
1.0UF
C13
3300PF
4
VCC
2
1
1%
HCPL−2200
3
B
0.1W
U3
B
1%
GROUND
D28
NO POP
1
10
1%
A
R91
R90
SPARE_RC0603
BOUNDARY
1W
4
2
GROUND
R69
ISOLATION
6
1G
NC−5
1K
5%
1W
GATE DRIVE
5A7< 6D3<
3C4>
1%
4
NC−2
0.1W
5%
3
3
5V−DRV
3.3K
R34
237K
0.1W
+BAT_SWITCHED
R35
3.3K
78
6
1
3
XFMR_P
6
GROUND
REV 2
GATE DRIVE
4
GE Healthcare
Company
NOTE:
Tue
Jul
Q5 − Q8 (IRFS38N20D)
08
14:56:57
1
IS
ATTACHED TO HEATSINKS
(AAVID
THERMALLOY,
2008
2
3
7109DG).
Block
Path
Block
power_amplifier
5
4
132
6
4
Sheet
of
6
Dwg
7
No
5350028SCH
Restricted
Sheet
Rev
3
4of
8
6
BSize
2
1
4
CR−4 :
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
@POWER_AMPLIFIER_LIB.POWER_AMPLIFIER(SCH_1):PAGE5
3
2
A
2
D1
R86
SPARE_RC0603
MMSD4148
100V
1G
1
R1
C
10
B
GATE DRIVE
R76
237K
0.1W
1%
HCPL−2200
VCC
VE
R2
1%
E
B
LEFT_TOP_CCW+
C2
D2
MMSZ5250BT1
20V
10U
25V
10%
5%
IRFS38N20D
100
0.1W
1%
5
C
1W
R7
162
D4
MURS140
400V
33
2W
5%
1%
1W
D21
MMSZ5250BT1
20V
R15
162
1%
E
D22
5%
C
C9
E
Q26
MMBT3904
TP9
3A2<
C4
C8
8.25K
0.1W
R45
3.32K
0.1W
1%
1%
Q9
E
MMBT3904
C
162
Q2
1%
IRFS38N20D
1%
1W
1W
500V
R17
162
R9
162
1%
1%
D3
MMSZ5250BT1
1W
20V
5%
R60
33.2K
0.1W
R88
SPARE_RC0603
C
B
Q10
MMBT3904
R64
26.7K
0.1W
E
TP1
C
1%
1
100
0.1W
E
1%
C
B
Q11
Q12
C MMBT3904
MMBT3906
D5
MMSZ5250BT1
1W
20V
5%
R67
B
8.25K
R65 0.1W
33.2K 1%
0.1W
E
1%
1%
0.10
R18
0.10
R5
R19
0.10
R4
GROUND
0.10
LEFT_IM+
1%
5W
D
IM+
3B4>
R68
3.32K
0.1W
1%
GROUND
LEFT_IM−
1%
5W
RTN
LEFT
GROUND
IM−
3B8<
RTN
D
01July04
LEFT
LEFT_BOT_CCW+
1%
5W
1%
5W
3B5<
3B8>
R21
Q4
IRFS38N20D
3
1%
R16
162
R8
3
100
0.1W
Q27
MMBT3906
D26
NO POP
3300PF
4
3B8>
B
3A2<
LEFT_VM+
3300PF
500V
E
C
B
GND
5%
MOTOR
1
D15
NO POP
1
R54
5
D6
MMSZ5250BT1
20V
10U
25V
10%
2
B
R85
SPARE_RC0603
R3
LEFT_BOT_CW+
VE
4
C
1%
B
3
6
+15Z
LEFT_VM−
C
1%
2
LEFT_TOP_CW+
+15Z
R61
26.7K
0.1W
VO
R66
1K
0.1W
B
Q31
MMSZ5250BT1
20V
5%
HCPL−2200
VCC
7
2.21K
0.1W
MMBT3906
5V−DRV
U2
1%
R63
1%
GROUND
LEFT
0.1W
E
1
1W
NC−5
GROUND
8
100
0.1W
NC−2
10
R20
Q3
IRFS38N20D
2G
R22
B
XFMR_P
43
1G
TP5
1W
R10
1%
Q29
MMBT3906
500V
1%
1%
Q1
1
2.21K
0.1W
6
GND
3B4>
R62
7
R14
162
R6
162
Q30
MMBT3904
1
2
1
C
3300PF
400V
500V
D7
MMSD4148
100V
SPARE_RC0603
R87
C7
1.0UF
TP6
8
VO
3
E
BOUNDARY A
ISOLATION
T2
PE−68386
D25
NO POP
C5
C3
3300PF
Q28
MMBT3904
4
2
B
0.1W
U1
1%
6D3<
1W
GROUND
D16
NO POP
3
2G
GROUND
1K
4A6<
6
4
NC−5
0.1W
5%
1W
3C4>
6
NC−2
R59
5%
+BAT_SWITCHED
1%
PE−68386
1
3
5V−DRV
3.3K
78
1%
150U
250V
20%
T1
XFMR_P
3.3K
R12
237K
0.1W
C6
L1
4.0UH
8A
4A8<
6A7>
4A1<
5A8<
R13
R11
LEFT_V+
3A2>
BOUNDARY
6
GROUND
REV 2
ISOLATION
5
4
GATE DRIVE
4
GE Healthcare
NOTE:
Tue
Jul
08
Q1 − Q4 (IRFS38N20D)
14:56:56
1
IS
ATTACHED TO HEATSINKS
(AAVID
THERMALLOY,
7109DG).Block
Company
Path
Block
power_amplifier
2008
2
3
5
4
133
6
5
Sheet
of
6
Dwg
7
No
5350028SCH
Restricted
Sheet
Rev
3
5of
8
6
BSize
1
3
CR−5 :
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
CR−6 :
@POWER_AMPLIFIER_LIB.POWER_AMPLIFIER(SCH_1):PAGE6
3
2
1
4
6D5<
6C8<
5
6
+24V_SW
C1
R80
0.47U
50V
10%
2
0.25W
+15Z
1%
A
R81
B
1%
4
6
2
5
R47
RESET
VDD
THRES
OUT
TRIG
E
DISCH
CONT
GND
C21
Q24
MMBT3904
TP2
R50
1K
0.1W
8
1%
C
R78
3
B
15K
0.1W
7
1
E
R79
10K
0.1W
1%
R48
2.49K
0.1W
20
1%
E
B
C
1%
XFMR_P
4A1<
4A8<
5A1<
5A8<
0.47U
50V
10%
0.1W
Q23
MMBT3904
C29
Q25
MMBT3906
1%
GROUND
10N
50V
10%
A
GROUND
C
2.74K
0.1W
U5
TLC555ID
78
GROUND
C24
680P
50V
5%
GROUND
B
TP10
GROUND
B
GROUND
GROUND
U9
ULN2003A
1
2
3
4
5
6
7
LEFT_MOTOR_ENB
RIGHT_MOTOR_ENB
BRAKE_RELEASE_IN
3B8>
3B4>
COM
C<6>
C<5>
C<4>
C<3>
C<2>
C<1>
C<0>
DRIVE_ENA
9
16
15
14
13
12
11
10
NC
NC
NC
3B5>
LEFT_PWR_N
RIGHT_PWR_N
6C5<>
3C2<
+15Z
3C2<
D20
MURS140
3C2<
NC
R83
400V
E
R55
1K
0.1W
1%
R56
1K
0.1W
1%
1K
R57
1K
0.1W
8
D18
1SMA5929B
D19
MMSD4148
2
1
GROUND
R58
0.1W
1%
DRIVE_ENA
3B5>
6A4<
6D5<
0.5W
5%
C
3C2< 6C4<
100V
1%
C10
22U
35V
10%
+24V_SW
68
2
C
R84
68
0.5W
5%
1
3B8>
B<6>
B<5>
B<4>
B<3>
B<2>
B<1>
B<0>
GROUND
K1
GROUND
+24V
JC2AF−DC24V
6
1
+24V_SW
6A4<
BRAKE_RELEASE_OUT
32
5A7<
4A6<
3C4>
+BAT_SWITCHED
4
5
6C8<
3A4<
D17
MURS140
400V
D
D
REV 2
01July04
GROUND
GE Healthcare
Tue
Sep
02
09:24:10
1
Path
Block
power_amplifier
2008
2
3
5
4
134
6
6
Sheet
of
6
Dwg
7
No
5350028SCH
Restricted
Sheet
Rev
3
6of
8
6
BSize
Company
Block
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
SECTION 13 HIGH VOLTAGE TRANSFORMER AMX1 A6 A1, 46−270954G1
No diagram for this item.
135
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136
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
AMX1 A6 A1
137
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(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
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138
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
SECTION 14 HALL EFFECT TUBE PARKED SENSOR AMX1 A2 S1
14−1 Hall Effect Tube Parked Sensor AMX1 A2 S1, 46−288962G1
139
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DIRECTION 2173229−100
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140
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
AMX1 A2 S1
46−288962G1
YEL (2)
(SEE NOTE)
R4
5.1K
1%
0.125W
S1
UGN3140LT
2
1
VCC
R3
OUT
GND
3
BLK (3)
E
B
5.1K
1%
0.125W
MMBT3906L
Q1
C
BLU (1)
(SEE NOTE)
(SEE NOTE)
#46−288962−S
SHT NO. 1
CONT ON SHT −
DWG
REV
TITLE: HALL
EFFECT TUBE PARKED SENSOR BOARD
301
1%
0.125W
1
Note: Refer to the AMX−4 Overall Wiring Schematic 2115090SCH (Section 2) for the following:
−
Blue lead (1) connects to AMX1 A2 TS2−1 (Sheet 8, Zone F6)
−
Yellow lead (2) connects to AMX1 A2 TS2−2 (Sheet 8, Zone F6)
−
Black lead (3) connects to AMX1 A2 TS2−3 (Sheet 2, Zone D7)
R1
141
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
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142
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
14−2 Hall Effect Tube Parked Sensor Board AMX1 A2 S1, 2173060
143
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
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REV 10
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144
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
SECTION 15 BATTERY SENSE CIRCUIT AMX2 A3 A1
15−1 Battery Sense Circuit AMX2 A3 A1, 46−321370G1
145
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
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146
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
147
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
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148
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
15−2 Battery Sense Circuit, 2334738−2
149
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
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150
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
151
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152
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
SECTION 16 RELAY CHASSIS ASSEMBLY AMX1 A2 R1, 2178054
RELAY CHASSIS ASSEMBLY
2178054SCH
Solid State Relay
GE#: 2178774
K2 − bom11
1A2TS4−6
BLU
3
470
mF
2
WHT
1
RED
1A2TS4−5
2000
Ohms
4
K2
K1 − bom 3
GE# 46−270778P3
1A2TS4−4
VIO
4
RED
6
1A2TS4−3
BRN
GE# 46−315338G1
FL1 − bom 10
1A2TS4−1
BRN
B
K1
A
YEL
1A2TS4−2
153
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(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
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154
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
SECTION 17 HANDSWITCH AMX1 2
Wired Handswitch
J1 P1
Common
J1 P2
Field Light Sw
J1 P3
Prep Sw
J1 P4
Expose Sw
Telephone
Plug
View
”A”
P1 − Common
P4 − Expose
P2 − Field Light
P3 − Prep
View ”A”
155
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
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GE HEALTHCARE
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1
AMX−4+ SCHEMATICS
(MODEL 2169360, 2236420 & 2275938 SERIES)
GE HEALTHCARE
REV 10
DIRECTION 2173229−100
GE Healthcare
GE Healthcare: Telex 3797371
P.O. Box 414, Milwaukee, Wisconsin 53201 U.S.A.
(Asia, Pacific, Latin America, North America)
GE Healthcare — Europe: Telex 698626
283, rue de la Miniére, B.P. 34, 78533 Buc Cedex
France
2